Sterol Health Dictionary

Sterol: From 1 Different Sources


Ergosterol

A sterol found in yeasts and fungi and in plant and animal fat. Under the action of sunlight or ultraviolet rays it produces vitamin D2. The substance produced in this way is known as calciferol, and is used for the prevention and cure of RICKETS and OSTEOMALACIA. A similar change in the ergosterol of the skin is produced when the body is freely exposed to sunlight. Calciferol is probably not so active as, and di?ers chemically from, the vitamin D occurring in ?sh-liver oils. (See APPENDIX 5: VITAMINS.)... ergosterol

Ashoka

Saraca asoca

Caesalpiniaceae

San:Asoka, Gatasokah;

Hin:Asok, Asoka; Ben:Ashok; Mal:Asokam;

Tam: Asogam;

Kan:Asokada, Aksunkara;

Tel: Asokamu, Vanjalamu

Importance: Ashoka, the sacred tree of Hindus and Buddhists, possesses varied medicinal uses. The bark is useful in dyspepsia, fever, dipsia, burning sensation, visceromegaly, colic, ulcers, menorrhagia, metropathy, leucorrhoea and pimples. The leaf juice mixed with cumin seeds is used for treating stomachalagia. The floweres are considered to be uterine tonic and are used in vitiated conditions of pitta, syphilis, cervical adinitis, hyperdipsia, burning sensation, haemorrhoids, dysentery, scabies in children and inflammation. The well-known Ayurvedic preparations are ”Ashokarishta” and “Ashokaghrita”. Ashokarishta is prescribed in leucorrhoea, haematuria, menorrhagia and other diseases of genitourinary system of females.

Distribution: Ashoka is found almost throughout India, except North-Western India, upto 750m. It is also found in the Andaman Islands.

Botany: Saraca asoca (Roxb.) de Wilde. syn. S. indica auct. non Linn. is a medium sized evergreen tree growing upto 9m height with numerous spreading and drooping glabrous branches. Leaves are pinnate, 30-60cm long having 2-3 pairs of lanceolate leaflets. Flowers are orange or orange yellow, arranged in dense corymbs and very fragrant. Fruits are flat black pods, leathery and compressed with 4-8 seeds/pod. Seeds are ellipsoid oblong and compressed. The bark is dark brown to grey or black with a warty surface. The thickness varies from 5mm to 10mm. The entire cut surface turns reddish on exposure to air. Polyalthia longifolia (Annonaceae) is equated with the name Asoka by some (Kapoor & Mitra, 1979; Chunekar, 1982) and is often used as an adulterant of the genuine Asoka bark or as a substitute (Warrier et al,1996).

Agrotechnology: Asoka grows well in areas with well distributed rainfall and in slightly shady areas. Asoka requires soil rich in organic mater and moisture. The best season of planting is June-July. It is also grown in summer, if irrigation facilities are available. The plant is seed propagated. Seeds are formed usually during February-April. Seeds are collected when they are ripen and fall down and are sown after soaking in water for 12 hours on the prepared beds. Seeds germinate within 20 days. The seeds are then planted in polybags. 2-month-old seedlings from the polybags are used for transplanting. Square shaped pits of 60cm depth are taken at 3m spacing and filled with topsoil, sand and dried cowdung. On this the seedlings are planted. Application of FYM at 10kg/tree/year is highly beneficial. Chemical fertilisers are not usually applied. Irrigation during summer months is essential. No serious pests or diseases are generally noted in this crop. If properly cultivated, Asoka can be cut after 20 years and the bark collected. It is cut at a height of 15cm from the soil level. If given irrigation and fertilisers, the cut wood will sprout again and harvested again after 5 years. This can be continued. When it is difficult to cut the tree, the bark can be peeled off from one side first. When the bark grows and cover that part, the other side can be peeled off. This is also continued (Prasad et al, 1997; Karshakasree, 1998).

Properties and activity: Flowers give -sitosterol, flavonoids and flavone glycosides-quercetin, kaempferol-3-O- -D- glucoside, quercetin-3-O- -D-glucoside. The anthocyanins present are pelargonidin-3, 5-diglucoside and cyanadin-3, 5-diglucoside. Bark yields catechol and sterols-(24)-24-methyl cholest-5-en-3 -ol, (22E, 24)-24-ethylcholesta-5, 22-dien-3 -ol and (24)-24-ethyl cholest-5-en-3 -ol, a wax containing n-alkanes, esters and free primary alcohols. Alcoholic extract and glycoside P2 from stem bark is oxytoxic. Aerial part is CNS active, hypothermic, CNS depressant and diuretic. Stem bark is anticancerous, has spasmodic action on rabbit intestine and cardiotonic action in frog and dog. Seed is antifungal. Stem bark is astringent, antileucorrhoeic, antibilious and uterine sedative. Flower is uterine tonic, antidiabetic and antisyphilitic. Stem bark and flower is antibilious (Husain et al, 1992).... ashoka

Indian Senna

Cassia senna

Caesalpiniaceae

San: Svarnapatri;

Hin: Sanay, Sana Ka Patt;

Ben: Sonamukhi;

Mal: Sunnamukki, Chonnamukki, Nilavaka;

Tam: Nilavirai, Nilavakai;

Tel: Netatangedu

Importance: Indian Senna or Tinnevelly senna is a shrub very highly esteemed in India for its medicinal value. The leaves are useful in constipation, abdominal disorders, leprosy, skin diseases, leucoderma, splenomegaly, hepatopathy, jaundice, helminthiasis, dyspepsia, cough, bronchitis, typhoid fever, anaemia, tumours and vitiated conditions of pitta and vata (Warrier et al,1994). It is used in Ayurvedic preparations; “Pancha Sakara Churna”, “Shat Sakara Churna” and “Madhu Yastyadi Churna” used for constipation. Its use is widespread in Unani system and some of the important products of this system containing senna are “Itrifal Mulayyin”, “Jawarish Ood Mulayyin”, “Hab Shabyar”, “Sufuf Mulliyin”, “Sharbat Ahmad Shahi”, etc. used as a mild laxative (Thakur et al, 1989).

Distribution: The plant is of Mediterranean origin. It is found in Somalia, Saudi Arabia, parts of Pakistan and Kutch area of Gujarat. It is largely cultivated in Tirunelveli, Ramanathapuram, Madurai and Salem districts of Tamil Nadu.

Botany: The genus Cassia, belonging to the family Caesalpiniaceae, comprises of a number of species, namely,

C. senna Linn. syn. C. angustifolia Vahl.

C. absus Linn.

C. alata Linn.

C. auriculata Linn.

C. burmanni Wight. syn. C. obovata (Linn.) Collad.

C. glauca Lam.

C. javanica Linn.

C. mimosoides Linn.

C. obtusifolia Linn. syn. C. tora Linn.

C. occidentalis Linn.

C. pumila Lam.

C. slamea Lam.

C. acutifolia Delile.

C. sophera Linn.

C. senna is a shrub or undershrub, 60-75cm in height with pale subterete or obtusely angled erect or spreading branches. Leaves are paripinnate. Leaflets are 5-8 in number, ovate-lanceolate and glabrous. Flowers are yellowish, many and arranged in axillary racemes. Fruits are flat legumes, greenish brown to dark brown and nearly smooth (Chopra et al,1980, Warrier et al,1994).

In commerce, the leaves and pods obtained from C. senna are known as “ Tinnevelly Senna” and those from C. acutifolia Delile. as “Alexandrian Senna”. The leaves of C. acutifolia are narrower than C. senna, otherwise both resemble to a large extent (Thakur et al, 1989). All the true Sennas have the portions of their leaves unequally divided. In some kinds the lower part of one side is reduced to little more than a line in breadth, while the other is from a quarter to half an inch in breadth. The drug known under the name of East Indian Senna is nearly free from adulteration; and as its properties appear identical with those of the Alexandrian and the price being less, it probably will supersede it in general practice. Its size and shape readily identify it (Graves, 1996).

Agrotechnology: The plant requires a mild subtropical climate with warm winters which are free from frost for its growth. Semiarid areas with adequate irrigation facilities are ideal for cultivation. Areas having high rainfall, humidity and poor drainage are not suitable. Light or medium loamy soils with adequate drainage and pH varying from 7.0-8.2 are preferable. In South India both summer and winter crops are possible. The plant is propagated by seeds. The seed rate required is 15-20kg/ha. Seeds are sown in October-November (winter rainfed crop) or in February-March (irrigated crop). Higher seed rate is required for unirrigated crop. Seeds are sown in lines 30cm apart. Application of 5-10t of FYM/ha before planting or raising a green manure crop is beneficial. About 40kg N and 25-50kg P2O5/ha applied as basal dressing and 40kg N/ha applied in 2 split dozes as top dressing gave better yield. While the rainfed crop is grown without irrigation, the irrigated crop requires 5-8 light irrigations during the entire growing season. The crop requires 2-3 weedings and hoeings in order to keep it free from weeds. Alternaria alternata causes leaf spot and dieback but the disease is not serious. In North India, the plant is attacked by the larvae of butterfly Catopsilia pyranthe which can be controlled by planting the crop in March-April instead of June-July. Under irrigated conditions, the first crop is obtained after 90 days of planting. The leaves are stripped by hand when they are fully green, thick and bluish-green in colour. The second crop is taken 4 weeks after the first harvest and the third 4-6 weeks after the second one. The last harvest of leaves is done when the entire crop is harvested along with the pods. Yield under irrigated conditions is nearly1.4t of leaves and 150kg pods/ha and under unirrigated conditions is 500-600kg leaves and 80-100kg pods/ha. The leaves are dried in thin layers under shade so as to retain the green colour and the pods are hung for 10-12 days to get dried. The leaves and pods are cleaned, graded and marketed (Husain et al, 1993).

Properties and Activity: Leaves contain glucose, fructose, sucrose and pinnitol. Mucilage consists of galactose, arabinose, rhamnose and galacturonic acid. Leaves also contain sennoside-C(8,8’- diglucoside of rhein-aloe-emodin-dianthrone). Pods contain sennosides A and B, glycoside of anthraquinones rhein and chrysophanic acid. Seeds contain -sitosterol (Husain et al, 1992). Leaves and pods also contain 0.33% -sterol and flavonols-kaempferol, kaempferin, and iso-rhamnetin. Sennoside content of C. acutifolia is higher ranging from 2.5% to 4.5% as compared to C. angustifolia ranging from 1.5 % to 2.5%.

The purgative activity of Senna is attributed to its sennosides. The pods cause lesser griping than the leaves. Leaf and pod is laxative. The leaves are astringent, bitter, sweet, acrid, thermogenic, cathartic, depurative, liver tonic, anthelmintic, cholagogue, expectorant and febrifuge.... indian senna

Abutilon Indicum

Linn. Sweet.

Synonym: A. indicum G. Don.

Family: Malvaceae.

Habitat: Throughout the hotter parts of India. Found as a weed in the sub-Himalayan tract and other hills up to 1,200 m.

English: Country Mallow, Flowering Maples, Chinese Bell-flowers.

Ayurvedic: Atibalaa, Kankatikaa, Rishyaproktaa.

Unani: Kanghi, Musht-ul-Ghaul, Darkht-e-Shaan.

Siddha/Tamil: Thutthi.

Folk: Kanghi, Kakahi, Kakahiyaa.

Action: Dried, whole plant— febrifuge, anthelmintic, demulcent, diuretic, anti-inflammatory (in urinary and uterine discharges, piles, lumbago). Juice of the plant— emollient. Seeds—demulcent (used in cough, chronic cystitis), laxative. Leaves—cooked and eaten for bleeding piles. Flowers— antibacterial, anti-inflammatory. Bark—astringent, diuretic. Root— nervine tonic, given in paralysis; also prescribed in strangury.

Along with other therapeutic applications, The Ayurvedic Pharmacopoeia of India indicates the use of the root in gout, polyuria and haemorrhagic diseases.

The plant contains mucilage, tannins, asparagines, gallic acid and ses- quiterpenes. Presence of alkaloids, leucoanthocyanins, flavonoids, sterols, triterpenoids, saponins and cardiac glycosides is also reported.

Asparagine is diuretic. Gallic acid is analgesic. Mucilages act by reflex, loosen cough as well as bronchial tension. Essential oil—antibacterial, antifungal.

The drug exhibits immunological activity. It augments antibody in animals. EtOH (50%) extract of A. indicum ssp. guineense Borssum, synonym A. asiaticum (Linn.) Sweet, exhibits anticancer activity.

Related sp. include: Abutilon avicen- nae Gaertn., synonym A. theophrastii

Medic.; A. fruticosum Guill. et al.; A. hirtum (Lam.) Sweet, synonym A. graveolens Wt. and Arn.; A. muticum Sweet, synonym A. glaucum Sweet; and A. polyandrum Wight and Arn., synonym A. persicum (Burm. f.) Merrill (known as Naani-khapaat, Jhinaki- khapaat, Kanghi, Makhamali-khapaat and Khaajavani-khapaat, respectively, in folk medicine).

Dosage: Root—3-6 g powder. (API Vol I.)... abutilon indicum

Acalypha Indica

Linn.

Family: Euphorbiaceae.

Habitat: Occurs throughout the plains of India, ascending the hills in Orissa up to 210 m.

English: Indian Acalypha.

Ayurvedic: Kuppi, Muktavarchaa, Haritamanjari

Siddha/Tamil: Kuppaimeni.

Folk: Khokli, Kuppi, Aamaabhaaji.

Action: Antibacterial (leaf used in scabies). Plant—emetic, expectorant (used in bronchitis, asthma, pneumonia). Tincture of fresh plant is used in homoeopathy for incipient phthisis with bloody expectorations, emaciation and arterial haemorrhage.

The plant contains kaempferol; leaves and twigs contain acalyphamide and other amides, quinone, sterols, cyanogenic glycoside.

The herb causes intestinal irritation.... acalypha indica

Aegle Marmelos

(L.) Correa ex Roxb.

Family: Rutaceae.

Habitat: The plains and submountain regions of India, ascending to an altitude of 1,200 m in the western Himalayas; cultivated all over India.

English: Bael tree, Bengal Quince.

Ayurvedic: Bilva, Shriphala, Shaandilya, Shailuusha, Shalya, Sadaaphala, Mahaakapitha (Kapitha is equated with Feronia limonia), Maaluura, Rudrajataa, Rudranir- maalya, Shivajataakhya.

Unani: Bael.

Siddha/Tamil: Vilvam, Koovilam.

Action: Stomachic, antimicrobial (specific for diarrhoea, colitis, dysentery and enteric infections), digestive, astringent, spasmolytic, hypoglycaemic.

Key application: As antidiarrhoeal. (Indian Herbal Pharmacopoeia.) Along with other therapeutic applications, The Ayurvedic Pharmacopoeia of India indicates the use of root in dysuria; stembark in diabetes and lipid disorders.

A number of coumarins (including xanthotoxol and alloimperatorin methyl ether), flavonoids (including rutin and marmesin), alkaloids (including alpha-fagarine), sterols and essential oils have been isolated from plant parts. Pectin is an important constituent of the fruit.

Alkaloid aegeline, present in the leaves, is efficacious in asthma. The active principle in aqueous extract of leaf shows hypoglycaemic activity similar to insulin. Leaves are also given in jaundice. Alcoholic extract of seeds shows antiallergic activity.

Marmin, a coumarin isolated from the roots, shows anti-inflammatory effects experimentally. Marmin also inhibited gastric haemorrhagic lesions in rats and exhibited antiulcer effects. Seed oil showed beneficial effects in regeneration of tumour cells.

Aurapten is found to be the most potent inhibitor of heart rate. Rootbark is used for palpitation of the heart.

Dosage: Pulp of unripe or half ripe fruit—3 g powder. Root—6 g powder. (API Vols. I, III.)... aegle marmelos

Holostemma

Holostemma ada-kodien

Asclepiadaceae

San: Jivanti;

Hin: Chirvel, Charivel;

Mal: Atapathiyan, Atapotiyan, Atakotiyan;

Tam: Palaikkirai;

Tel: Palagurugu; Mar: Dudurli, Shidodi;

Guj: Kharner, Khiravel

Importance: Holostemma is a twining shrub with large flowers. The roots of Holostemma are useful in ophthalmopathy, orchitis, cough, burning sensation, stomachalgia, constipation, fever and tridoshas. The leaves, flowers and fruits are eaten as vegetable. The root is also used in spermatorrhoea. It is used in preparations of Vidaryadiganam, Dhanwandharam thaila, Manasamithravatakam, Balarishta and Anuthaila. It is also useful in eye diseases and it imparts resistance to diseases.

Distribution: The plant occurs in tropical countries. In India, it is found in Himalayas, Dehradun, Konkan, Bombay, Deccan, Karnataka, Kerala and Tamilnadu. It grows over hedges and in open forests especially on the lower slopes of the hills. It is also distributed in Sri Lanka, Burma and W. China.

Botany: Holostemma ada-kodien Schult. syn. Holostemma annulare (Roxb.) K. Schum.

Holostemma rheedii Wall. belongs to the family Asclepiadaceae. It is a laticiferous twining shrub with large conspicuous flowers. Leaves are simple, opposite and cordate. Flowers are purple, arranged in axillary umbellate cymes. Fruits are thick follicles, 9 cm long, cylindrical and bluntly pointed. The roots are long upto 1 m or more, irregularly twisted, thick and cylindrical. When dry it is yellowish brown to brown black in colour with nearly smooth surface bearing white scars and small depressions. A mature root is about 1-2 cm thick when extracted for use (Warrier et al, 1995).

Agrotechnology: Holostemma prefers a tropical climate. The plant is propagated vegetatively by stem cuttings, but mainly by seeds. The seeds are collected from the plant in November-December before being dispersed. Seeds are cleaned, dried and stored for sowing. The stored seeds after soaking in water for 4-5 hours are sown in the seedbeds. About one month old seedlings are then planted in polybags of size 14x10cm which are filled with soil, sand and dried cowdung in 1:1:1 ratio, respectively. Polybags should be kept in shade and irrigated. About 1-1.5 month old seedlings are ready for transplanting. Pits of 30cm cube size are taken at 1-1.2m distance and filled with 10kg dried cowdung and sand. This is covered with surface soil and formed into a mound. Seedlings are transplanted on to the mounds from the polybags carefully. Regular irrigation is to be given till flowering. To aid in trailing, staking is given one month after planting. Flowering and fruiting occurs in November-December. Harvesting can be done at the end of second year when the vines start drying up. Harvesting is done by digging up the tubers. The tubers are cut into pieces of 10cm length and dried in sun before sale (Prasad et al, 1997).

Properties and activity: Holostemma tubers give -amyrin, lupeol and -sitosterol. Alanine, aspartic acid, glycine, serine, threonine and valine were detected chromatographically (Hussain et al, 1992). The root is antidiabetic, antigonorrhoeic, bechic, alterative, tonic, lactative, ophthalmic, emollient, stimulant, aphrodisiac, expectorant and galactagogue.

BLACH MUSALE Curculigo orchioides Amaryllidaceae

San: Musali;

Hin: Kalimusali, Mushali;

Ben: Talamuli;

Mal: Nilappana;

Guj: Musalikand

Tam: Nilapanai;

Tel: Nelatadi Kelangu;

Kan: Neladali

Importance: Musali is a small, geophilous herb, the tuberous rootstock of which is used as a rejuvenating and aphrodisiac drug. It cures morbid vata and pitta, improves complexion and is useful in general debility, deafness, cough, asthma, piles, skin diseases, impotence, jaundice, urinary disorders, leucorrhoea and menorrhagia (Nadkarni, 1954; Aiyer and Kolammal, 1963; Mooss, 1978). Rootstock is the officinal part and it enters into the Ayurvedic formulations like Vidaryadighrta, Vidaryadi lehya, Marmagulika, Musalyadi churna etc. The Pharmacognosy of C. orchioides has been discussed by Aiyer, Kolamma l (1963), Raghunathan, and Mitra (1982). A bibliographical study on C. orchioides has been done by Pandey et al (1983).

Distribution: The plant is found in all districts of India from near sea level to 2300m altitude, especially in rock crevices and laterite soil. It has been recorded to occur in the sub tropical Himalayas from Kumaon eastwards ascending to 1800m, the Khasia hills, Bengal, Asssam, Konkan, Kanara, the western peninsula and Madras extending south as far as a Cape Comerin. It is also distributed in Sri Lanka, Japan, Malaysia and Australia.

Botany: Curculigo orchioides Gaertn. syn. C. malabarica Wight, C. brevifolia Dryand, Hypoxis dulcis Stand belongs to the family Amaryllidaceae. Musali is a small herbaceous plant with cylindrical rootstock. Leaves are simple, sessile, crowded on the short stem with sheathing leaf bases. Flowers are bright yellow. Seeds are black, deeply grooved in wavy lines.

A detailed description of the plant is as follows (Victoria, 1998). Rootstock is straight, cylindrical, tuberous, 5-22cm long, 0.5-0.8 cm thick, brownish surfaces marked with closely spaced prominent transverse wrinkles in the upper or basal half. It bears a few stout lateral roots of 5 or more cm long. Lateral roots are dull white in colour and spongy externally. The fresh cut surfaces of the rootstock has a starch white colour and mucilaginous. A few fibrous roots also occur. Leaves are sessile or short petiolate with sheathing bases, 15-45x1.2-2.5 cm size, linear or linear lanceolate, membranous, glabrouus or sparsely sofly hairy and plicate in bud. The leaf tips when contacts the soil, develops roots and produce adventitious buds. Inflorescence is axillary, scapose racemose, the scape very short and hidden among the bases of leaves underground, clavte, flattened with the pedicels, bracts and the ovary concealed in the leaf sheaths. The lower big flowers on the scape are mostly bisexual and the upper small ones staminate. Flowers are epigynous bright yellow, bisexual or unisxual with lanceolate, memb ranous bract.. Perianth gamophyllous, rotate & six lobed, locate at the top of a slender sterile long extension of the ovary by means of which the perianth is exposed above the ground. Perianth lobes similar, elliptic oblong 1.2-1.6 cm long, 0.2-0.3 cm broad, outer lobes hairy on the back, inner ones sparsely hairy along nerves. Stamens 6 in number, filamentous filiform, short 2mm long, adnate to the base of the perianth lobes, Anthers linear or linear lanceolate, basifixed and sagittate,.Ovary inferior, hidden among the leaves usually below the ground, tricarpellary syncarpous, lanceolate and trilocular with a fairly long slender beak or extension -the stipe. Ovules many in each cell attached by a distinct long funicle. Style short columnar, 2mm with a 3 lobed stigma. Lobes elongate, erect and appressed. Fruit is a capsule about 1.5-2cm long, 8mm broad, oblong, glabrescent with a slender beak and spongy septa. Seeds 1-many, oblong, black, shiny with crustaceous testa grooved deeply in wavy lines.

Properties and activity: Rao and Beri (1951) have identified glucose, mannose, xylose and glucuronic acid from the rootstock of C. orchioides. The rootstock is also reported to contain glycoside, polysaccharides (hemicellulose and other polysaccharides), starch, resin, tannin, mucilage, fat and calcium oxalate. The hexane extract contains an alkaloid-lycorine, sterols including -sitosterols and sapogenin identified as yuccagenin (Rao et al, 1978). The flavone glycoside from the rootstock has been identified as 5,7- dimethoxy glucopyranoside (Yadav et al, 1974; Sharma et al 1975). Mehta et al (1980) have isolated a number of fatty acids from C. orchioides root oil by GLC techniques. They are palmitic, oleic, linolenic linoleic, arachidic and behenic acid. Kubo et al (1983) isolated a new phenolic glycoside namely, curculigoside from the rhizomes and its structure has been elucidated as 5- hydroxy-2-0- -d-glucopyranosyl benzl 1,2,6-dimethoxy benzoate. Yamasaki et al (1994) developed HPLC method for estimating the curculigoside content in curculigo rhizome.

Two new aliphatic hydroxy ketone 27-hydroxy tricontan-6-one (M. P. 84-85o C) and 23- hydroxy tricontan-2-one (M. P. 109-110 o C) were isolated from the rhizome by Misra et al (1984). They also isolated 21-hydroxy tetracontan-20-one and 4-methyl heptade canoic acid from the root stock. Porwal et al (1988) have isolated and identified three new compounds from the rhizome as N- acetyl-N-hydroxy-2-carbamic acid methyl ester, 3-acetyl-5-carbomethoxy-2H-3,4,5,6-tetrahydro-1,2,3,5,6-oxatetrazine and N, N, N’, N’-tetra methyl succinamide. The rhizomes of C. orchioides yielded a new phenolic glycoside corchioside a, characterised as orcinol-3- -D-xylopyranosyl- (1 6)- -D-glucopyranoside and hentriacontanol (Garg et al, 1989).

A new aliphatic compound has been isolated from the rhizomes and characterised as 25- dihydroxy-33-methyl pentatricontan-one (Mehta et al, 1990). Misra et al (1990) isolated a new natural triterpene alcohol-Curculigol charactrised as 24-methy cycloart-7-en-3-beta-20-diol. A novel pentacyclic triterpene has been isolated from the rhizomes of C.orchioides and characterised as 31- methyl-3-oxo-20-ursen-28-oic acid (Metha and Gawarikar,1991). Xu and Xu (1992) and Xu et al (1992 a, b) have isolated 13 cycloartane type. Triterpene glycosides from C. orchioides rhizome and characterised them as curculigo saponin A-M.

The root stock are mucilaginous, sweet, cooling, bitter, emollient, diuretic, aphrodisiac, depurative, alternative, appetiser, carminative, viriligenic, antipyretic and tonic (Sivarajan and Indira, 1994; Warrier et al, 1994).

The uterine stimulant activity of the flavone glycoside extracted from C. orchioides has been studied by Dhawan and Saxena (1958), Sharma et al (1975) and Dhar et al (1979).

The plant extract of C. orchioides showed hypoglycaemic, spasmolytic and anticancer properties (Dhar et al,1968). Phagocytic activity (Kubo et al, 1983) and immunoadjuvant activity (Oru et al, 1982) of phenolic glycosides, curculigoside isolated from the rhizome of the plant have been reported. Porwal and Mehta (1985) discussed the medicinal importance of the plant and its use in indigenous system of medicine as a tonic. Sharma et al (1991) reported the influence of MAK an ayurvedic food supplement constituting C. orchioides against Dimethyl benz anthracene induced mammary tumours in rats. Samanta (1992) reported the modulation of male infertility by Ayurvedic drug, which constitutes C. orchioides. Immunostimulant activity of C. orchioides has been demonstrated by Saxena (1992). Immunological activites of curculigo saponin G were assayed in mice and the results showed that it promoted proliferation of spleen lymphocyctes very significantly and increased the weight of the thymus in vivo in mice (Xu et al,1992).

Pharmacological studies in China, on the alcoholic extract obtained from the plant showed several active effects such as adaptogenic, anti-inflammatory, anticonvulsant, sedative, androgenic and immunopromoting activities (Xu et al, 1992).

Curculigo orchioides is distributed widely throughout the country. The demand of the raw materials and derivatives of the plant for the indigenous drug industries are satisfied mainly from the wild source, depleting the natural population and thus the species have become extinct or endangered. Ansari (1993) have reported C. orchioides as a threatened plant from Madhulia forest of Garakhpur. Augustin and Souza (1995) also considered the plant as an endangered species. As the information on the cultivation of C.orchioides is scanty, it is very necessary to develop suitable agrotechniques for the domestication and large-scale cultivation of the plant.... holostemma

Indian Bdellium

Commiphora mukul

Burseraceae

San: Gugulu, Mahisaksah, Koushikaha, Devadhupa

Hin: Gugal Mal:Gulgulu Tam,

Tel: Gukkulu

Kan: Guggul

Ben: Guggul

Importance: Indian bdellium is a small, armed, deciduous tree from the bark of which gets an aromatic gum resin, the ‘Guggul’ of commerce. It is a versatile indigenous drug claimed by ayurvedists to be highly effective in the treatment of rheumatism, obesity, neurological and urinary disorders, tonsillitis, arthritis and a few other diseases. The fumes from burning guggul are recommended in hay- fever, chronic bronchitis and phytises.

The price of guggulu gum has increased ten fold in ten years or so, indicating the increase in its use as well as decrease in natural plant stand. It has been listed as a threatened plant by Botanical Survey of India (Dalal, 1995) and is included in the Red Data Book (IUCN) and over exploited species in the country (Billare,1989).

Distribution: The center of origin of Commiphora spp. is believed to be Africa and Asia. It is a widely adapted plant well distributed in arid regions of Africa (Somalia, Kenya and Ethiopia in north east and Madagascar, Zimbabwe, Botswana, Zaire in south west Africa), Arabian peninsula (Yemen, Saudi Arabia and Oman). Different species of Commiphora are distributed in Rajasthan, Gujarat, Maharashtra and Karnataka states of India and Sind and Baluchistan provinces of Pakistan (Tajuddin et al, 1994). In India, the main commercial source of gum guggul is Rajasthan and Gujarat.

Botany: The genus Commiphora of family Burseraceae comprises about 185 species. Most of them occur in Africa, Saudi Arabia and adjoining countries. In India only four species have been reported. They are C. mukul(Hook. ex Stocks) Engl. syn. Balsamodendron mukul (Hook. ex Stocks), C. wightii (Arnott) Bhandari, C.stocksiana Engl., C. berryi and C.agallocha Engl.

In early studies about the flora of India, the ‘guggul’ plant was known as Commiphora mukul(Hook. ex Stocks) Engl. or Balsamodendron mukul (Hook. ex Stocks). It was renamed as C. roxburghii by Santapau in 1962. According to Bhandari the correct Latin name of the species is C. wightii(Arnott) Bhandari, since the specific name ‘wightii’ was published in 1839, prior to ‘roxburghi’ in 1848 (Dalal and Patel, 1995).

C. mukul is a small tree upto 3-4m height with spinescent branching. Stem is brownish or pale yellow with ash colored bark peeling off in flakes. Young parts are glandular and pubescent. Leaves are alternate, 1-3 foliate, obovate, leathery and serrate (sometimes only towards the apex). Lateral leaflets when present only less than half the size of the terminal ones. Flowers small, brownish red, with short pedicel seen in fascicles of 2-3. Calyx campanulate, glandular, hairy and 4-5 lobed. Corolla with brownish red, broadly linear petals reflexed at apex. Stamens 8-10, alternatively long and short. Ovary oblong, ovoid and stigma bifid. Fruit is a drupe and red when ripe, ovate in shape with 2-3 celled stones. The chromosome number 2n= 26 (Warrier et al, 1994; Tajuddin et al, 1994).

Agrotechnology: Guggal being a plant of arid zone thrives well in arid- subtropical to tropical climate.

The rainfall may average between 100mm and 500mm while air temperature may vary between 40 C in summer and 3 C during winter. Maximum relative humidity prevails during rainy season (83% in the morning and 48% in the evening).Wind velocity remains between 20-25 km/hour during the year is good. Though they prefer hard gypseous soil, they are found over sandy to silt loam soils, poor in organic matter but rich in several other minerals in arid tracks of western India (Tajuddin et al, 1994).

Plants are propagated both by vegetatively and seeds. Plants are best raised from stem cuttings from the semi woody (old) branch. For this purpose one metre long woody stem of 10mm thickness is selected and the cut end is treated with IBA or NAA and planted in a well manured nursery bed during June-July months; the beds should be given light irrigation periodically. The cuttings initiate sprouting in 10-15 days and grow into good green sprout in 10-12 months. These rooted plants are suitable for planting in the fields during the next rainy season. The cuttings give 80-94% sprouting usually. Air layering has also been successfully attempted and protocol for meristem culture is available in literature. Seed germination is very poor (5%) but seedling produce healthier plants which withstand high velocity winds.

The rooted cuttings are planted in a well laid-out fields during rainy season. Pits of size 0.5m cube are dug out at 3-4 m spacing in rows and given FYM and filler soil of the pit is treated with BHC (10%) or aldrin (5%) to protect the new plants from white ants damage. Fertilizer trials have shown little response except due to low level of N fertilization. Removal of side branches and low level of irrigation supports a good growth of these plants. The plantation does not require much weeding and hoeing. But the soil around the bushes be pulverised twice in a year to increase their growth and given urea or ammonium sulphate at 25- 50g per bush at a time and irrigated. Dalal et al (1989) reported that cercospora leaf spot was noticed on all the cultures. Bacterial leaf blight was also noticed to attack the cultures. A leaf eating caterpillar (Euproctis lanata Walker) attack guggal, though not seriously. White fly (Bemisia tabaci) is observed to suck sap of leaves and such leaves become yellowish and eventually drop. These can be effectively controlled by using suitable insecticide.

Stem or branch having maximum diameter of about 5cm at place of incision, irrespective of age is tapped. The necrotic patch on the bark is peeled off with a sharp knife and Bordeaux paste is applied to the exposed (peeled off) surface of the stem or branch. A prick chisel of about 3cm width is used to make bark- deep incisions and while incising the bark, the chisel is held at an acute angle so that scooped suspension present on the body of the chisel flows towards the blade of the chisel and a small quantity of suspension flows inside the incised bark. If tapping is successful, gum exudation ensures after about 15-20 days from the date of incision and continues for nearly 30-45 days. The exuded gum slides down the stem or branch, and eventually drops on the ground and gets soiled. A piece of polythene sheet can be pouched around the place of incision to collect gum. Alternatively, a polythene sheet can be spread on the ground to collect exuded gum. A maximum of about 500g of gum has been obtained from a plant (Dalal, 1995).

Post harvest technology: The best grade of guggul is collected from thick branches of tree. These lumps of guggul are translucent. Second grade guggul is usually mixed with bark, sand and is dull coloured guggul. Third grade guggul is usually collected from the ground which is mixed with sand, stones and other foreign matter. The final grading is done after getting cleansed material. Inferior grades are improved by sprinkling castor oil over the heaps of the guggul which impart it a shining appearance (Tajuddin et al, 1994).

Properties and activity: The gum resin contains guggul sterons Z and E, guggul sterols I-V, two diterpenoids- a terpene hydrocarbon named cembreneA and a diterpene alcohol- mukulol, -camphrone and cembrene, long chain aliphatic tetrols- octadecan-1,2,3,4-tetrol, eicosan-1,2,3,4-tetrol and nonadecan-1,2,3,4-tetrol. Major components from essential oil of gum resin are myrcene and dimyrcene. Plant without leaves, flowers and fruits contains myricyl alcohol, -sitosterol and fifteen aminoacids. Flowers contain quercetin and its glycosides as major flavonoid components, other constituents being ellagic acid and pelargonidin glucoside (Patil et al, 1972; Purushothaman and Chandrasekharan, 1976).

The gum resin is bitter, acrid, astringent, thermogenic, aromatic, expectorant, digestive, anthelmintic, antiinflammatory, anodyne, antiseptic, demulcent, carminative, emmenagogue, haematinic, diuretic, lithontriptic, rejuvenating and general tonic. Guggulipid is hypocholesteremic (Husain et al, 1992; Warrier et al, 1994).... indian bdellium

Ageratum Conyzoides

Linn.

Family: Asteraceae, Compositae.

Habitat: Throughout India, up to an altitude of 1,800 m.

English: Goat Weed, White Weed.

Ayurvedic: Dochunty, Uchunti, Sahadevi (related sp.).

Action: Anti-inflammatory, antibacterial, antifungal, styptic.

The leaf is reported to contain stig- masterol (59.9%) and beta-sitosterol (26.7%) as major component of sterol faction. The dried flowering plant contains the pyrrolizidine alkaloids, lycop- samine and echinatine.

An aqueous extract of leaves is reported to show haemostatic activity. The plant extract exhibited muscle relaxant activity experimentally. The ethanolic extract (95%) of roots possesses anti-inflammatory and analgesic properties.

The aqueous extract of leaves exhibits antifungal and crude plant extract antibacterial properties.

... ageratum conyzoides

Alhagi Pseudalhagi

(Bieb.) Desv.

Synonym: A. camelorum Fisch. ex DC.

A. maurorum Medic.

Family: Papilionaceae; Fabaceae.

Habitat: The drier parts of Rajasthan, Gujarat, Punjab and Uttar Pradesh.

English: Camel Thorn, Persian Manna Plant.

Ayurvedic: Yavaasaka, Yavaasa, Yaasa, Duhsparshaa, Duraalab- haa, Kunaashak. Substitute for Dhanvayaasa. Yaasa-sharkaraa (Alhagi-manna).

Unani: Jawaansaa. Turanjabeen (Alhagi-manna).

Siddha/Tamil: Punaikanjuri, Kan- chori.

Action: Laxative, antibilious, diuretic, diaphoretic, expectorant. Leaves—used for fever, headache, rheumatism. Flowers—blood coagulant, used for piles. Alhagi- manna—expectorant, antiemetic, laxative.

Along with other therapeutic applications, The Ayurvedic Pharmacopoeia of India indicates the use of dried whole plant in gout and haemorrhagic disorders.

The aerial parts contain flavonoids, tannins, sterols, triterpenes, saponins and anthroquinones.

The proanthocyanidins derived from the plant possess hypolipidemic and antiatherosclerotic properties. The compounds prevented an increase in rat serum cholesterol and triglycerides, and they decreased the manifestation of atherosclerosis.

A polymeric proanthocyanidin, extracted from the plant, improved energy metabolism and increased the work capacity in rats.

Ethanolic extract of the aerial parts produced positive inotropic effect on rabbit heart.

Dosage: Whole plant—20-50 g for decoction. (API Vol. II.) Decoction—50-100 ml. (CCRAS.)... alhagi pseudalhagi

Allium Cepa

Linn.

Family: Liliaceae; Alliaceae.

Habitat: Cultivated as an annual all over the country. The most important onion-growing states are Maharashtra, Tamil Nadu, Andhra Pradesh., Karnataka and Madhya Pradesh.

English: Onion.

Ayurvedic: Palaandu, Durgandh.

Unani: Piyaaz.

Siddha/Tamil: Venkaayam.

Action: Antibiotic, antibacterial, antisclerotic, anticoagulant, anti-inflammatory, antiasthmatic, expectorant, carminative, anti- spasmodic, diuretic, hypotensive, antidiabetic.

Key application: For the prevention of atherosclerosis (German Commission E) and age-dependent changes in the blood vessels, and loss of appetite (WHO).

The official onion bulb of the Pharmacopoeia of the People's Republic of China is a different species, Allium macrostemon Bge., than that of the German Commission E monographs, A. cepa. Chinese onion is used for cough, dyspnoea, angina pectoris and dysentery.

Scallions or Spring Onion of Chinese medicine are equated with Allium fistulosum.

Onion bulbs contain a volatile oil with sulphurous constituents, including allylpropyldisulphide; sulphur- containing compounds, including al- licin, alliin; flavonoids; phenolic acids and sterols.

Hypoglycaemic activity of the onion is attributed to the allylpropyldisul- phide and allicin. Diphenylamine, isolated from mature bulbs, also exhibits potent antihyperglycaemic activity.

Alliin and allicin have an inhibitory effect on platelet aggregation. Antibiotic activity is due mainly to alli-cin.

Regular use of onion (50 g/day) reduces insulin requirement of a diabetic patient from 40 to 20 units a day.

Thiosulphinates, isolated from onion juice, exhibited antiasthmatic activity in vivo.

Dosage: Juice of bulb—10-20 ml. (CCRAS.)... allium cepa

Lipid

A descriptive term, rather than chemical one, for fats. Broadly, it means true fats (like triglycerides), lipoids (like phospholipids) and sterols (like cholesterol).... lipid

Alcohols

Plant chemicals in the form of sterols and volatile oils such as pulegone in Pennyroyal. ... alcohols

Lipids

A general term for fats and oils. Lipids include triglycerides (simple fats), phospholipids (important constituents of cell membranes and nerve tissue), and sterols, such as cholesterol.... lipids

Functional Foods

natural or processed foods that contain a known biologically active component that gives clinically proven health benefits in addition to the traditional nutrient value. For example, stanols and sterols added to margarine-type spreads lower cholesterol. See also prebiotics; probiotics.... functional foods

Steroid

n. one of a group of compounds having a common structure based on the steroid nucleus, which consists of three six-membered carbon rings and one five-membered carbon ring. The naturally occurring steroids include the male and female sex hormones (*androgens and *oestrogens), the hormones of the adrenal cortex (see corticosteroid), *progesterone, *bile salts, and *sterols. Synthetic steroids have been produced for therapeutic purposes.... steroid

Alocasia Indica

(Lour.) Spach.

Synonym: A. macrorrhiza (Linn.) G. Don

Family: Araceae.

Habitat: A genus of topical Asia, Malayasia and the Pacific. Found wild and cultivated all over India.

English: Giant Taro.

Ayurvedic: Maanaka, Maana, Maankanda, Kasaalu, Hastikarni.

Siddha/Tamil: Merukan kizhangu.

Action: Rootstock—mild laxative, diuretic (in anasarca); used in inflammations and diseases of abdomen and spleen. Leaf—astringent, styptic, antitumour. Root and leaf—rubefacient. Tubers—used as vegetable after eliminating oxalate content.

All parts of the plant, except tubers, contain cyanogenic principle, a mixture of triglochinin and iso- triglochinin. The tubers contain sterols and high concentration of soluble oxa- lates (prolonged use may lead to calcium deficiency and oxaluria.) The tubers contain a trypsin/chymotrypsin inhibitor. The plant contains HCN (0.0027%). It is found to be mitogenic to human peripheral blood lymphocytes.

Dosage: Tuber—5-10 g powder. (CCRAS.)... alocasia indica

Amaranthus Spinosus

Linn.

Family: Amaranthaceae.

Habitat: Cultivated fields, waste places and along roadsides.

English: Spiny Amaranth, Thorny Amaranth, Spiny Pigweed.

Ayurvedic: Tanduliya, Tandulaka, Meghnaad, Megharava, Vishaghn, Alpamaarish.

Siddha/Tamil: Mullukkeerai.

Folk: Katili-chaulai.

Action: Galactogenic, laxative, emollient, spasmolytic, diuretic. Pollen extract—used for allergic asthma and allergic rhinitis. Root— used in menorrhoea.

Plant contains sterols. Leaves and stems contain alpha-spinasterol and hentriacontane. Leaves also contain amino acids with high content of lysine.

Dosage: Whole plant—10-20 ml juice; 400-800 mg powder. (CCRAS.)... amaranthus spinosus

Amaranthus Tricolor

Linn.

Synonym: A. gangeticus Linn. A. melancholicus Linn. A. polygamus Linn. Hook. f. in part. A. tristis Linn.

Family: Amaranthaceae.

Habitat: Cultivated throughout India.

English: Chinese Spinach, Garden Amaranth, Fountain Plant.

Ayurvedic: Maarisha-rakta (red var.).

Siddha/Tamil: Arai-keerai, Siru- keerai, Thandu-keerai, Mulakkerai (Tamil).

Folk: Laal Shaak, Laal Marashaa.

Action: Astringent (in menorrhagia, leucorrhoea, dysentery, diarrhoea, haemorrhagic colitis); also used in cough, bronchitis and consumption; externally emollient.

The plant contains amarantin, isoa- marantin, betaine, amino acids, sterols.

Dosage: Leaf, seed, root—10-20 ml juice. (API Vol. III.) Powder—2- 4 g. (CCRAS.)... amaranthus tricolor

Ammi Visnaga

(Linn.) Lam

Synonym: Daucus visnaga Linn. Visnaga daucoides Gaertn.

Family: Umbelliferae; Apiaceae.

Habitat: Cultivated as a garden ornamental; runs wild at many places in Jammu region.

English: Khella.

Folk: Paashaanabhedi (controversial; Bergenia ligulata has been equated with the classical Paashaanabheda).

Action: Antispasmodic in renal colic, bronchial asthma, whooping cough (used by Unani physicians), vasodilator (in angina pectoris).

Key application: German Commission E approved the herb on 13 March 1986, but due to information on potential risks, its status was changed to unapproved on 15 April 1994.

Khella contains khellin (1%), vis- nagin, khellol glycoside, flavonoids, sterols, volatile oil (0.2%). Khellin and visnagin exert a powerful antispas- modic effect on the smaller bronchial muscles, the coronary arteries and on the urinary tubules. Khellin provides relief to asthmatic patients. The drug also relieves painful spasm of stone in kidney and bladder (no more used for expelling kidney stones).

Khella does not reduce blood pressure in spite of being a vasodilator.

Khellin is toxic at 100 mg. (Francis Brinker.)

Khella is used topically for vitiligo and psoriasis. The Khellin constituent is similar to the psoralen nucle

us and might be useful as a photosensi- tizer in patients with psoriasis. (Natural Medicines Comprehensive Database, 2007.)

(Several modern drugs including amiodarone, nifedipine and cromolyn have been developed from Khella.)... ammi visnaga

Arundo Donax

Linn.

Family: Gramineae; Poaceae.

Habitat: Native to Mediterranean region; found in Kashmir, Assam and the Nilgiris, also grown in hedges.

English: Great Reed, Spanish- Bamboo-Reed, Giant-Bamboo- Reed.

Ayurvedic: Nala, Potgala, Shuunya- madhya, Dhamana.

Siddha/Tamil: Korukkai.

Action: Rhizome—sudorific, emollient, diuretic, antilactant, antidropsical; uterine stimulant (stimulates menstrual discharge), hypotensive.

The rhizome yields indole-3-alkyl- amine bases, including bufotenidine and dehydro-bufontenine. The leaves yield sterols and triterpenoids.

Bufotenidine possesses antiacetyl- choline properties, histamine release activity and is a uterine stimulant. Alkaloids from the flowers produced cu- rarimetic effect of the non-polarizing type.

Dosage: Root—50-100 ml decoction. (CCRAS.) 4.5%) with methyl eugenol (an important constituent of A. europaeum), and also aristolochic acid. (Aristolochic acid is carcinogenic and nephrotoxic.) Asarum sp. are not used as a substitute for ginger.... arundo donax

Asplenium Adiantum-nigrum

Linn.

Family: Aspleniaceae.

Habitat: Kashmir at 1500-2000 m and extending to Dalhousie and Chamba in Himachal Pradesh.

English: Black Spleenwort.

Folk: Krishna fern.

Action: Fond—expectorant, pectoral, emmenagogue. Rhizome— anthelmintic. Plant—bitter, diuretic, laxative, anti-inflammatory. It is used for diseases of spleen and in jaundice; produces sterility in women.

The fonds contain aliphatic hydrocarbons, the chief one being hentri- acontane, non-acosane and triterpe- noid hydrocarbons, mainly of 22 (29)- hopene.

Alcohols, sterols and fatty acids are also reported.

Related sp. include: A. laciniatum D. Don (vitamin K3 and phthiocol have been isolated for the first time from the plant); A. adiantoides (L.) C. Chr., synonym A. falcatum Lam. (used in the treatment of enlarged spleen, in in- contenence of urine, in calculus, jaundice and malaria); A. nidus Linn. synonym Thamnopteris nidus (L.) C. Presl., known as Bird's Nest Fern (used as a depurative and sedative).... asplenium adiantum-nigrum

Asteracantha Longifolia

Nees.

Synonym: Hygrophila spinosa T. Anders

Family: Acanthaceae.

Habitat: Common in moist places, paddy fields, throughout India and Sri Lanka.

Ayurvedic: Kokilaaksha, Kokilaak- shi, Ikshura, Ikshuraka, Kaakekshu, Kshurak, Bhikshu.

Unani: Taalmakhaanaa. (Wrongly equated with Euryaleferox Salisb. (Fox Nut) in National Formulary of Unani Medicine, Part I, first edn., 1981.)

Siddha/Tamil: Neermulli, Nerugobbi.

Action: Diuretic, used for catarrh of the urinary organs, also for dropsy when accompanied by hepatic obstruction.

The Ayurvedic Pharmacopoeia ofIn- dia recommends the seed in lithiasis; the whole plant and root for gout.

Aqueous extract of herb ash—diuretic in albino rats. EtOH (50%)— spasmolytic and hypotensive. The herb exhibits antihepatotoxic activity in dogs. Essential oil from whole plant—antibacterial.

The plant gave lupeol, stigmasterol and hydrocarbons; seed gave sterols; flowers, apigenin glucuronide.

Aqueous extract decreased fasting glucose and improved glucose tolerance in rats. (Sharon M. Herr.)

Dosage: Whole plant—3-6 g, powder; dried seed—3-6 g powder; dried root—3-6 g for decoction. (API Vol. II.) Herb ash—1-3 g (CCRAS.)... asteracantha longifolia

Astragalus Hamosus

Linn.

Family: Fabaceae; Papilionaceae.

Habitat: Found in the plains of Punjab.

English: Tonkin bean, Melilot, King's crown, King's clover.

Unani: Naakhunaa, Ikil-ul-Malik. (It is also equated with Melilotus alba Desv. and Trigonela uncata Boiss. in National Formulary of Unani Medicine.)

Action: Nervine tonic (used in nervous and catarrhal affections), antirheumatic, anti-inflammatory, emollient, diuretic, galactogenic.

The callus of the plant contains amino acids; roots contain saponins and sterols. The leaves yield 3-nitro- propionic acid.... astragalus hamosus

Buchanania Lanzan

Spreng.

Synonym: B. latifolia Roxb.

Family: Anacardiaceae.

Habitat: Drier parts of India.

English: Almondette tree, Cheron- jee, Buchanan's Mango.

Ayurvedic: Priyaala, Piyaala, Kharskandha, Bahulvalkala, Taa- paseshtha, Sannakadru Dhanush- pat, Chaar.

Unani/Tamil ? Saaraapparuppu.

Siddha: Mudaima, Morala (Tamil).

Action: Kernel—laxative, febrifuge. An ointment made out of the kernels is used to cure itch of the skin and to remove blemishes from the face. Oil from kernels— substitute for almond oil. Applied to glandular swellings of the neck. The oil is a promising source of palmitic and oleic acids.

Kernel lipids (65.6%), comprised mainly of neutral lipids (90.4%), consist mostly of triacylglycerol (82.2%), free fatty acids (7.8%) and small amount of diacylglycerols, monoacylglycerols and sterols.

The kernels are used in Indian medicine as a brain tonic. The leaves are valued as a cardiotonic.

The leaves contain 2.64% tannins (0.35% gallo-tannins). The presence of triterpenoids, saponins, flavonoids and reducing sugars are also reported. Powdered or crushed leaves are applied to wounds.

The bark contains 13.40% tannins. The presence of alkaloids, saponins and reducing sugars is also reported.

Gum (stem exudate) is antidiar- rhoeal. Used internally in rheumatism.

Dosage: Stem bark—5-10 g (API Vol. IV.)... buchanania lanzan

Bael

Aegle marmelos

Rutaceae

San: Bilva, Sriphal Hin, Ben, Ass: Bael Mal: Koovalam

Tam: Vilvam Mar,

Ben: Baela

Tel: Marendu, Bilvapondu

Guj: Bilviphal

Kan: Bilvapatra

Importance: Bael or Bengal quince is a deciduous sacred tree, associated with Gods having useful medicinal properties, especially as a cooling agent. This tree is popular in ‘Shiva’ and ‘Vishnu’ temples and it can be grown in every house. Its leaves are trifoliate symbolizing the ‘Thrimurthies’-Brahma, Vishnu, Shiva, with spear shaped leaflets resembling “Thrisoolam” the weapon of Lord Shiva. Many legends, stories and myths are associated with this tree. The leaflets are given to devotees as ‘prasadam’ in Shiva temples and as ‘Tulasi’ in Vishnu temples.

Every part of the tree is medicinal and useful. The roots are used in many Ayurvedic medicines for curing diabetes and leprosy. It is an ingredient of the ‘dasamoola’. The Bark is used to cure intestinal disorders. Leaves contain an alkaloid rutacin which is hypoglycaemic.

‘Two leaves before breakfast’ is said to keep diabetes under control. Leaves and fruits are useful in controlling diarrhoea and dysentery. Fruit pulp is used as ‘shampoo’ and cooling agent. It is also a rich source of carbohydrate, protein, fat, fibre, minerals and vitamin B and C. Fruit pulp is used to cure mouth ulcers as it is the richest natural source of riboflavin (1191 units/ 100 g). ‘Bael sharbat’ is prepared by mixing the fruit pulp with sugar, water and tamarind juice, which is very useful for stomach and intestinal disorders. The rind of the fruit is used for dyeing and tanning. The aromatic wood is used to make pestles in oil and sugar mills and also to make agricultural implements (Rajarajan, 1997).

Distribution: Bael tree is native to India and is found growing wild in Sub-Himalayan tracts from Jhelum eastwards to West Bengal, in central and south India. It is grown all over the country, especially in the premises of temples and houses.

Botany: Aegle marmelos (Linn.) Corr.ex Roxb. belongs to the citrus family Rutaceae. The golden coloured bael fruit resembles a golden apple and hence the generic name Aegle. The specific name marmelos is derived from marmelosin contained in the fruit (Nair, 1997). Aegle marmelos is a medium sized armed deciduous tree growing upto 8m in height with straight sharp axillary thorns and yellowish brown shallowly furrowed corky bark. Leaves are alternate, trifoliate and aromatic; leaflets ovate or ovate-lanceolate, crenate, pellucid- punctate, the laterals subsessile and the terminal long petioled. Flowers are greenish-white, sweet scented, borne on axillary panicles. Fruit is globose, woody berry with golden yellow rind when ripe. Seeds are numerous oblong, compressed and embedded in the orange brown sweet gummy pulp.

Agrotechnology: Bael comes up well in humid tropical and subtropical climate. It grows on a wide range of soils from sandy loam to clay loam. North Indian varieties are preferred to South Indian types for large scale cultivation. Twelve varieties are cultivated in North India for their fruits. Kacha, Ettawa, Seven Large, Mirsapuri and Deo Reo Large are varieties meant specially for ‘Sharbat’. The plant is propagated mainly by seeds and rarely by root cuttings. Seeds are freshly extracted from ripe fruits after removing the pulp and then dried in sun. Seeds are soaked in water for 6 hours and sown on seed beds which are covered with rotten straw and irrigated regularly. Seeds germinate within 15-20 days. One month old seedlings can be transplanted into polybags which can be planted in the field after 2 months. Budded or grafted plants as well as new saplings arising from injured roots can also be used for planting. Grafted plants start yielding from the 4th year while the trees raised from seeds bear fruits after 7-10 years. Planting is done in the main field with onset of monsoon in June-July at a spacing of 6-8m. Pits of size 50cm3 are dug. Pits are filled with a mixture of top soil and 10kg of well decomposed FYM and formed into a heap. Seedlings are transplanted in the middle of the heap and mulched. Chemical fertilisers are not usually applied. The dose of organic manure is increased every year till 50kg/tree of 5 years or more. Regular irrigation and weeding are required during early stages of growth. No serious pests and diseases are noted in the crop. Bael tree flowers during April. The flowers are aromatic with pleasant and heavenly odour. The fruits are set and slowly develop into mature fruits. Fruits are seen from October-March. A single tree bears 200-400 fruits each weighing 1-2 kg. Roots can be collected from mature trees of age 10 years or more. Tree is cut down about 1m from the ground. The underground roots are carefully dug out. Roots with the attached wood is then marketed (Rajarajan,1997).

Properties and activity: Bael is reported to contain a number of coumarins, alkaloids, sterols and essential oils. Roots and fruits contain coumarins such as scoparone, scopoletin, umbelliferone, marmesin and skimmin. Fruits, in addition, contain xanthotoxol, imperatorin and alloimperatorin and alkaloids like aegeline and marmeline identified as N-2-hydroxy-2- 4 - (3’,3’-dimethyl allyloxy) phenyl ethyl cinnamide. - sitosterol and its glycoside are also present in the fruits. Roots and stem barks contain a coumarin - aegelinol. Roots also contain psoralen, xanthotoxin, 6,7-dimethoxy coumarin, tembamide, mermin and skimmianine. Leaves contain the alkaloids - O-(3,3-dimethyl allyl)-halfordinol, N-2-ethoxy-2 (4-methoxy phenyl) ethyl cinnamide, N-2-methoxy-2-(4-3’,3’-dimethyl allyloxy) phenyl ethyl cinnamide, N- 2-4-(3’,3’-dimethyl allyloxy) phenyl ethyl cinnamide, N-2-hydroxy-2- 4-(3’,3’-dimethyl allyloxy) phenyl ethyl cinnamide, N-4-methoxy steryl cinnamide and N-2-hydroxy-2-(4- hydroxy phenyl) ethyl cinnamide. Mermesinin, rutin and -sitosterol - -D-glucoside are also present in the leaves (Husain et al, 1992).

Root, bark, leaves and fruits are hypoglycaemic, astringent and febrifuge. Root, stem and bark are antidiarrhoeal and antivenin. Leaf is antiinflammatory, expectorant, anticatarrhal, antiasthamatic, antiulcerous and ophthalmic. Flower is emetic. Unripe fruit is stomachic and demulcent. Ripe fruit is antigonorrhoeal, cardiotonic, restorative, laxative, antitubercular, antidysenteric and antiscorbutic. Seed is anthelmintic and antimicrobial (Warrier et al, 1993).... bael

Bupleurum Flacutum

Linn.

Family: Umbelliferae; Apiaceae.

Habitat: The Himalayas from Kashmir to Bhutan and the Khasi Hills, at 1,000-4,000 m.

English: Hare's Ear.

Folk: Shingu (Himachal Pradesh), Sipil (Punjab), Thaanyo (Garhwal).

Action: Roots—anti-inflammatory, haemolytic, antipyretic. Used in inflammations, muscle stiffness, neurosis, pain and pyrexia. Roots resolve inflammations of costal margin and diaphragm.

Key application: Extracts have been used for the treatment of chronic hepatitis, nephrotic syndrome and auto-immune diseases (WHO.).

Therapeutic properties are attributed to saikoside or saikosaponins (yield from roots 2.06-3.02%), a complex mixture of triterpenic saponins. Saponin content varies with age. Saikos- aponins are analgesic, antipyretic as well as antitussive; anti-inflammatory on oral administration. In Japan and China, roots have been used traditionally in auto-immune diseases. Saikos- aponins form an ingredient of anti- tumour pharmaceuticals. A water- soluble crude polysaccharide fraction, prepared from the root, was reported to prevent HCl/ethanol-induced ulcero- genesis in mice significantly. Saiko- saponin-d, at a concentration of more than 5 ^m, inactivated measles virus and herpes simplex virus at room temperature.

Several sterols, possessing metabolic activities and plasma cholesterol- lowering activity, have also been isolated from the root.... bupleurum flacutum

Cajanus Cajan

(Linn.) Millsp.

Synonym: C. indicus Spreng.

Family: Papilionaceae; Fabaceae.

Habitat: Cultivated as pulse crop, chiefly in Madhya Pradesh, Bihar, Andhra Pradesh, Maharashtra, Uttar Pradesh and Karnataka.

English: Pigeon Pea, Red Gram.

Ayurvedic: Aadhaki, Tuvari, Tuvara, Shanapushpikaa.

Unani: Arhar.

Siddha/Tamil: Thuvarai.

Action: Green leaves are considered hypocholesterolaemic. Pulse shows cholesterol and phospholipid lowering effect (reported to cause flatulence). A paste of leaves with salt and water, is taken on an empty stomach for jaundice. Leaves are used in diseases of the mouth, and topically for treating measles and other eruptions.

The Ayurvedic Pharmacopoeia ofIn- dia indicated the use of the seed in lipid disorders and obesity; externally for promoting breast development, and attributed blood purifying properties to the root.

Amino acid analysis of the seed extract showed that phenylalanine (26.3% of the total amino acids) is responsible for about 70% of the anti- sickling potency of the seed extract.

Seeds also contain riboflavin and pyridoxine. Root bark contains isofla- vones, sterols, triterpenoids, flavones, anthraquinone derivatives. Plant also contains an isoflavone, cajanol.

The aqueous extract of leaves showed vasodilatory effect in experimental animals.

Unroasted nuts had hypoglycaemic effect in mice; roasted seeds, in contrast, had a hyperglycaemic effect. (Sharon M. Herr.)

Dosage: Root—2-6 g powder. (API Vol. III.)... cajanus cajan

Calendula Officinalis

Linn.

Family: Compositae; Asteraceae.

Habitat: Throughout India; wild in Punjab.

English: Pot-Marigold, Marigold; Calendula.

Unani: Zergul.

Siddha/Tamil: Thulvkka Saamanthi.

Action: Flowers—antiinflammatory, antiseptic, stimulant, antispasmodic, emmenagogue, antihaemorrhagic, styptic. Used in gastric and duodenal ulcers and dysmenorrhoea; externally for cuts, bruises, burns, scalds. Plant—antiprotozoal. Flower— antimicrobial. Essential oil— antibacterial.

Key application: In inflammation of the oral and pharyngeal mucosa, internally and externally. Externally, on poorly healing wounds, ul- cuscruris. (German Commission E, WHO, ESCOP.) Anti-inflammatory, vulnerary. (The British Herbal Pharmacopoeia.)

The flowers contain triterpenes, sterols, flavonoids, carotenes, bitter glycosides, resins, volatile oil, mucilage (do not contain tannins). Polysaccharides from flowers exhibited immuno- stimulating and antitumour activity in several in vitro test systems.

An alcoholic extract has been shown to have antitrichomonal activity.

Wound healing and antiinflammatory properties are attributed to Mn and carotene. An aqueous alcoholic extract of florets showed CNS inhibitory effect with marked sedative activity in experimental animals.

The extract of flower-heads exhibited estrogenic activity (reduces period pains and regulates menstrual bleeding).

Calephlone, the extract containing the total polyphenols of the inflorescence, has a marked cholagogic effect in rats and has been found helpful in the treatment of CCl4-induced hepatitis. A hypocholesterolaemic saponin has been extracted from the plant.

Dosage: Dried inflorescences powder—1-3 g (API Vol. II); fruit powder—1-2 g. (API Vol. IV.)... calendula officinalis

Careya Arborea

Roxb.

Family: Barringtoniaceae.

Habitat: Sub-Himalayan tract, from Jammu eastwards to West Bengal, Madhya Pradesh and Tamil Nadu.

English: Kumbi, Slow-Match tree.

Ayurvedic: Katabhi, Kumbhi- ka, Kumbhi, Kumbi, Kaitrya, Kumudikaa.

Siddha/Tamil: Kumbi, Ayma.

Action: Bark—demulcent (in coughs and colds), antipyretic and antipruritic (in eruptive fevers), anthelmintic, antidiarrhoeal. An infusion of flowers is given after child birth.

Seeds contain triterpenoid sapo- genols, sterols; leaves contain a tri- terpene ester, beta-amyrin, hexaco- sanol, taraxerol, beta-sitosterol, quer- cetin and taraxeryl acetate.

Careya herbacea Roxb., a related species, is known as Kumbhaadu-lataa in Bengal.

Dosage: Bark—50-100 ml decoction. (CCRAS.)... careya arborea

Celosia Cristata

Linn.

Family: Amaranthaceae.

Habitat: Indian gardens, as ornamental.

English: Cock's Comb

Ayurvedic: Jataadhaari.

Folk: Laal Murgaa.

Action: Seeds—demulcent; used for painful micturition, dysentery Flowers—used in menorrhagia and diarrhoea.

The plant contains betanin, and several sterols. The inflorescence contain amarantin, isoamarantin, celosianin and isocelosianin. The seeds contain 10.1-12.8% of protein and yield 7.27.9% of a fatty oil.

Choline esters of hyaluronic acid from the plant, when fed to rats, showed antiulcer and gastro-protective effect.... celosia cristata

Claviceps Purpurea

(Fr.) Tul.

Family: Hypocreaceae.

Habitat: A fungous parasite on a number of grasses particularly in rye, cultivated in the Nilgiris and at Chakrohi farm in Jammu.

English: Ergot of Rye. Fungus of Rye.

Ayurvedic: Annamaya, Sraavikaa.

Unani: Argot.

Siddha/Tamil: Ergot.

Action: Uterine stimulant. Oxy- tocic, abortifacient, parturient, vasoconstrictor, haemostatic. Used in obstetrics (difficult childbirth, for exciting uterine contractions in the final stages of parturition). Also used after abortion for removal of the placenta. It is no more employed in internal haemorrhages, as it has been found to raise blood pressure in pulmonary and cerebral haemorrhage. Included among unapproved herbs by German Commission E.

The fungus gave indole alkaloids. The ergometrine or ergonovine group includes ergometrine and ergometri- nine. The ergotamine group includes ergotamine and ergotaminine. The er- gotoxine group includes ergocristine, ergocristinine, ergocryptine, ergo- cryptinine, ergocornine and ergo- corninine. The fungus also contains histamine, tyramine and other amines, sterols and acetylcholine.

The alkaloids of ergot are being used independently (not as a herbal medicine). Ergotamine is used to relieve migrainous headaches as it is a vasoconstrictor and has antisero- tonin activity. Ergometrine is used after childbirth in the third stage of labour and for post-partum haemorrhage, as it is a powerful uterine stimulant, particularly of the puerperal uterus. (Both the constituents are used under medical supervision). Er- gocornine significantly inhibited the development of induced mammary tumours in rats. The derivatives of ergot alkaloids are known to have suppressing effect on human breast cancer in initial stages. This activity is linked to prolactin inhibitory action.

The extract is toxic at 1.0-3.9 g, ergot alkaloids at 1 g in adults, 12 mg in infants. (Francis Brinker).

Dosage: Whole plant—10-30 ml infusion. (CCRAS.)... claviceps purpurea

Clerodendrum Indicum

(Linn.) Kuntze.

Synonym: Clerodendron siphonan- thus (R. Br.) C. B. Clarke.

Family: Verbenaceae.

Habitat: Cultivated as an ornamental throughout India, especially in South and Eastern India.

English: Turk's Turban, Tube- Flower.

Ayurvedic: Vaamana-haati (a substitute for Bhaarangi).

Siddha/Tamil: Kavalai, Narivalai.

Action: Root—used for asthma, cough, scrofulous affections. Leaf— vermifuge. Resin—antirheumatic. The plant is also used in fever, atrophy, emaciation of cachexia and consumption.

The leaves contain flavonoids—scu- tellarein (0.5%), hispidulin (0.1%) and their 7-O-glucuronides; also sterols. Flowers contain beta-sitosterol and tri- terpenoids. The bark yields hexitol and sorbitol.

The flavone, pectolinarin and a di- terpene, oncinotine, exhibit antifee- dant activity.... clerodendrum indicum

Clerodendrum Inerme

(L.) Gaertn.

Family: Verbenaceae.

Habitat: Throughout India in tidal forests, wild all over coastal areas; planted in gardens in Tamil Nadu.

English: Smooth Volkameria.

Ayurvedic: Putigandhaa, Kundali, Vanajai.

Siddha/Tamil: Peenaari, Sangan- kuppi.

Folk: Lanjai.

Action: Leaf—febrifuge, alterative. Used as a substitute for Swertia chirayita and quinine in remittent and intermittent fevers. The leaf juice is taken orally to relieve muscular pains and stiffness of legs (in tetanus).

The leaves and stem contain a number of triterpenes, neolignans, diter- penoids, sterols and flavones.

The roots are prescribed in venereal diseases. The methanolic extract of the roots contains verbascoside which exhibits analgesic and antimicrobial properties.... clerodendrum inerme

Coffea Arabica

Linn.

Family: Rubiaceae.

Habitat: Grown in Tamil Nadu, Karnataka and Kerala.

English: Arabian coffee.

Unani: Kahvaa.

Siddha/Tamil: Kaapi, Bannu.

Action: Diuretic, antinarcotic, psychotropic agent, direct heart stimulant (raises blood pressure). Neutralizes therapeutic effects of many herbs; potentiates the action of aspirin and paracetamol; depletes the body of B-vitamins. Charcoal of the outer seed parts—astringent, absorbent.

Key application: Powdered coffee charcoal—in nonspecific, acute diarrhoea; local therapy of mild inflammation of oral and pharyngeal mucosa (average daily dose 9 g). (German Commission E.)

According to WHO, coffee drinking is not responsible for breast cancer and may protect against cancer of colon and rectum. Caffeic and chlorogenic acids in coffee act as anticarcinogens.

Bronchial asthma is less frequent among coffee drinkers due to caffeine and theophylline.

The aroma components include several furfuryl methyl mercaptan derivatives. Coffee extracts yielded organic acids. Atractyloside, several sterols and acids, as well as alkaloids, have been reported. Caffeine is the major alkaloid of coffee. One cup of coffee contains approx. 60-120 mg caffeine; other active constituents include chlorogenic acid, caffeol and diterpenes.

Chlorogenic acid in coffee might inhibit glucose-6-phosphatase, which might lower hepatic glucose production caffeine seems to stimulate pancreatic beta cells to secrete insulin. (Natural Medicines Comprehensive Database, 2007.)... coffea arabica

Convolvulus Arvensis

Linn.

Family: Convolvulaceae.

Habitat: Throughout India, up to 3,000 m in the Himalayas.

English: Deer's Foot.

Ayurvedic: Bhadrabalaa, Hiranpadi.

Unani: Lablaab.

Folk: Hirankhuri, Haranpagaa.

Action: Plant—cooling, anticonvul- sant. Root—cathartic.

Plant extract—hypotensive in cats; raises coronary rate. Alkaloids—hy- potensive, without vasodilation. EtOH extract—anticonvulsant in rats. Aqueous extract—exhibited muscarinic and micotinic activity.

The dried rhizome contains 4.9% resin. The cathartic action of the resinous substance is about one third of that of jalap (Ipomoea purga Hayne) resin.

All parts of the plant contain beta- Me-esculetin; aerial parts n-alkanes, n-alkanols, alpha-amyrin and sterols; roots gave cuscohygrine.... convolvulus arvensis

Crinum Asiaticum

Linn.

Family: Amaryllidaceae.

Habitat: Wild as well as cultivated as an ornamental.

English: St. John's Lily, Poison Bulb.

Ayurvedic: Naagadamani, Naa- gapatra, Sudarshana (var.). C. defixum Ker.-Gawl, is equated with Sukhadarshana.

Siddha/Tamil: Vishamoongil.

Action: Bulb—laxative (a substitute for ipecacuanha), expectorant. Used in biliousness, and in strangury and other urinary affections. Also used for the treatment of burns, whitlow and carbuncle. Fresh root—diaphoretic, emetic. Leaves— expectorant; externally, anti- inflammatory (used in skin diseases and for reducing inflammations). Seed—emmenagogue, diuretic.

The bark gave sterols and triter- penoids. Seeds contain alkaloids— lycorine, crinamine and crinasiatine.... crinum asiaticum

Cucumis Sativus

Linn.

Family: Cucurbitaceae.

Habitat: Cultivated for its edible fruits which are usually used as salad vegetable.

English: Cucumber.

Ayurvedic: Trapusha, Traapusha, Trapushi, Tiktakarkatikaa (bitter var.).

Unani: Khiyaar, Khiraa.

Siddha/Tamil: Vellarikkai.

Folk: Khiraa.

Action: Seed—used in dysuria, irritation of the urinary tract, cystitis. Reduces specific gravity of urine. Also used for tapeworms.

Cucumber contains rutin; seeds glu- cosides including cucurbitaside; leaves free cucurbitasides B & C, ferredox- in, alpha-spinasterol. Free and bound sterols are found in seedlings and in male and female flowers.

Presence of proteolytic enzymes, ascorbic acid oxidase and succinic and malic dehydrogenases has been reported.

Dosage: Seed—3-6 g powder; fruit juice—25-50 ml. (CCRAS.)... cucumis sativus

Cucurbita Maxima

Duchesne.

Habitat: Cultivated throughout India.

English: Red Gourd, Red Pumpkin.

Ayurvedic: Peeta Kuushmaanda, Kuushmaandaka, Kuusmaandi, Karkaaruka, Seetaaphal.

Unani: Kaddu-e-Sheerin, Aqteen.

Siddha/Tamil: Parangikayi.

Action: Fruit pulp—sedative, emollient and refrigerant; used as poultice, applied to burns, inflammations, boils, and burns. Seeds—diuretic, anthelmintic (for tapeworm). Because of their zinc content and antimitotic effect, seeds are used to arrest enlargement of prostate gland. Also used in cystitis and minor kidney dyfunction.

Pumpkin (Cucurbita maxima and C. pepo) seeds contain B vitamins, Vitamin A; minerals—calcium, iron, phosphorus, zinc; cucurbitacins; linonelic acid. An infusion of seeds (2-3 teaspoons) is taken as a diuretic and in hypertrophy of prostate.

Seeds of C. maxima contain sterol glycosides and sterol fatty acid esters which showed antitumour activity in mice.

The leaves contain calcium 36.38; magnesium 38.80; iron 2.04; zinc 0.76; and copper 0.42 (mg/100 g).

The seed oil contains sterols and tri- terpenoids. The oil is used in migraine and neuralgia.... cucurbita maxima

Cucurbita Moschata

Duch. ex Poir.

Habitat: Native to Central America. Cultivated in warmer climate than that required for C. maxima.

English: Squash.

Ayurvedic: Kumshmaanda.

Action: Fruit—used in headache, bronchitis, asthma; as diuretic in genitourinary disorders; as anthelmintic against tapeworms. Dried pulp is administered in haemptysis.

The lipids isolated from the seeds included glycerides, sterol esters, phos- phatidylcholine and phosphatidylinos- itol. The aqueous extract of seeds showed potent gastroprotective activity against ethanol-induced gastric lesions in rats.

In Chinese medicine, Cucurbita mo- schata flower is used in jaundice, dysentery and cough; the root in jaundice, strangury, galactostasis and dysentery; the stem in irregular menstruation and scalds.... cucurbita moschata

Cucurbita Pepo

Linn.

Family: Cucurbitaceae.

Habitat: Native to N. Mexico and eastern U.S.A. Now commonly cultivated in Northern India.

English: Pumpkin, Marrow.

Unani: Safed Kaddu, Kumhraa.

Siddha: Suraikayi (Tamil).

Action: See C. maxima.

Key application: Seeds—in irritated bladder condition, micturition problems of benign prostatic hyperplasia stages 1 and 2. (German Commission E, The British Herbal Pharmacopoeia.) In childhood enuresis noctruna. (Expanded Commission E.)

The roasted and fresh seeds yield 32.2 and 38.0% of fatty oil respectively. The oil filled capsules were administered to patients suffering from hypertrophy of the prostate. Results showed that the frequent urge to urinate decreased and the urine residues were minimized.

The oil consists of the glycerides of linoleic 45, oleic 25, palmitic and stearic acids 30%. Sterols have been isolated.... cucurbita pepo

Dandelion Tea

Dandelion tea is an excellent source of vitamins and an unbeatable way to maintain healthy body and mind. About Dandelion tea Dandelion is a perennial yellow plant scientifically called Taraxacum officinale. Itcan be used as a herbal plant but also in the kitchen in many recipes, salads etc. It grows everywhere and it appears in early spring. Its flowers last until late fall. For medical purposes, the young flowers are usually used before flowering along with the root. The flowers are an important source of vitamins (A, B, C and D), minerals (is very rich in potassium) proteins, carbohydrates, and tannins, caffeic acid. The leaves are also important. The root contains a bitter compound - taraxacina - but it is also rich in pectins, sterols, vitamins B1, C and D, inulin, tannin, volatile oils and reshines. You can use the leaves to prepare salads, juices, infusions or tinctures. The roots are mostly used for teas, tinctures and decoction. Dandelion tea is considered an overall tonic with multiple benefits. How to brew Dandelion tea For regular use, you can drink 2 cups of dandelion tea per day. Use 2 teaspoons of dried plant for a hot water cup. Let it infuse for a couple of minutes and then let it rinse. Another way of drinking the dandelion tea is by using small cutted leaves and dried roots. Pour into a container approximately 200 ml of water, add the plant and let it boil. After that, cover the container with something and keep it to infuse for 15 minutes. In the end, filter it and enjoy the tea. You may add some honey or sugar. Benefits of Dandelion tea Dandelion tea has lots of benefits as it is considered one of the healthiest teas. - Dandelion tea is depurative, sudorific and diuretic - Dandelion tea helps to diminish high cholesterol - It promotes gastrointestinal health, enhancing digestion, stimulating the appetite and treating digestive problems such as heartburn or upset stomach - Dandelion tea is suitable in diets or in fighting obesity as it helps the body eliminate water, having a detoxifying role -The tea is considered to be aliver, kidney and gallbladder tonic and it normalizes blood circulation - It is used with success in treating several skin ailments like acne, gout, atherosclerosis, varicose veins - Dandelion tea has an antirheumatic effect and some studies underlined that it also boosts the immunity - Dandelion tea also has a cosmetic  use as it improves skin clarity and cleanses complexion Side effects of Dandelion tea Although dandelion tea has many benefits, it also has several warnings that you should take into consideration. It is not advisable to use the plant after flowering. Dandelion tea can reduce the efficiency of some medicines and may interact with some drugs or other herbs. Avoid combining this tea with antibiotics, garlic, gingko biloba, blood thinners or pain relievers, as a risk of bleeding may arise. Some studies pointed out that those suffering of diabetes and low blood sugar, as well as pregnant women or breastfeeding women should consult their physician before drinking dandelion tea. If you are allergic to daisies, chrysanthemum, chamomile or marigold you may also develop same reaction for dandelion. Some people call dandelion tea the elixir of long life as it brings vitality and makes you strong if you consume it on a regular basis. However, it’s best to keep the moderation and to search for information before you decide to drink it on a regular basis.... dandelion tea

Decalepis Hamiltonii

Wight & Arn.

Family: Asclepiadaceae.

Habitat: Deccan Peninsula; common in the forest areas of Western Ghats.

Unani: Desi Ushbaa.

Siddha/Tamil: Mahali kizhangu.

Action: Root—appetizer, blood purifier, bacteriostatic. Used as a substitute for Shveta Saarivaa (Hemidesmus indicus). Sold as Saarivaa in Kerala, Tamil Nadu and Karnataka. The root powder is given to diabetics.

The root contains quercetin, kaempferol, coumarin and rutin. It has a sweet sarsaparilla-like taste; contains 92% fleshy matter and 8% woody core.

The root can be stored for longer periods and remains unaffected by microorganisms and insects, apparently due to the presence of the volatile principle which possesses bacteriostat- ic and toxic properties.

The root, on steam distillation, gave 4-O-methyl-resorcylaldehyde in a concentration of 0.8%. (The growth of E. coli was arrested by the aldehyde in 0.041% concentration; fish died within 4 min in 0.02% solution.) The sterols consists mainly of stagma and brassica sterols. Alpha-amyrin and lupeol, both free and as esters are also present in the root.

The plant contains lupeol, beta- amyrin 2-hydroxy, 4-methoxy benzaldehyde, and ferulic acid.... decalepis hamiltonii

Derris Uliginosa

Benth. Derris indica (Lamk.) Bennet.

Synonym: Pongamia pinnata Pierre.

Family: Fabaceae.

Habitat: Native to the Western Ghats. Found all over India on the banks of rivers and streams.

English: Indian Beech. Pongamia oil tree.

Ayurvedic: Naktmaal, Guchpush- pak, Ghritpuur, Udkirya, Karanja.

Siddha/Tamil: Pungu.

Action: Used for skin diseases— eczema, scabies, leprosy, and for ulcers, tumours, piles, enlargement of spleen, vaginal and urinary discharges. Juice of root—used for closing fistulous sores and cleaning foul ulcers. Flowers— used in diabetes. Powder of seeds— used for whooping and irritating coughs of children. Seed oil—used in cutaneous affections, herpes and scabies.

The tree is rich in flavonoids and related compounds. These include simple flavones, furanoflavonoids, chro- menoflavones, chromenochalcones, coumarones, flavone glucosides, sterols, triterpenes and a modified pheny- lalanine dipeptide.

Synonym: D. trifoliate Lour.

Family: Fabaceae.

Habitat: Costal forests of India and the Andamans.

Folk: Paan-lataa (Bengal), Kitani (Maharashtra).

Action: Stimulant, antispasmodic, counter-irritant. Bark—alterative in rheumatism. An oil prepared from the plant is used externally as an embrocation.

The roots contain dehydrorotenone, lupeol and a ketone. Bark contains 9.3% tannic acid. Stems contain tan- nic acid, hexoic, arachidic and stearic acids, ceryl alcohol, isomerides of cholesterol, potassium nitrate, gums and resins.... derris uliginosa

Dioscorea Prazeri

Prain & Burkill.

Synonym: D. Clarkei Prain & Burkill D. deltoidea Wall. var. sikkimensis Prain

Family: Dioscoreaceae.

Habitat: The Himalaya from Nepal to Bhutan, up to 1,500 m, also in Naga Hills.

Ayurvedic: Neelaalu.

Action: Tuber—antiphthiriac.

The rhizomes are used as a hair wash for killing lice. They contain diogenin (on dry basis) 2.5%. Also obtained are steroidal sapogenins, sito- sterol glucoside, prazerigenin-A gluco- side, prazerigenin-A bioside and 9,10- dihydrophenanthrenes.... dioscorea prazeri

Equisetum Arvense

Linn.

Family: Equisetaceae.

Habitat: The Himalayas at high altitudes.

English: Field Horsetail.

Ayurvedic: Ashwa-puchha (non- classical).

Action: Haemostatic, haemopoietic, astringent, diuretic. Used for genitourinary affections (urethritis, enuresis, cystitis, prostatitis), internally as an antihaemorrhagic and externally as a styptic.

The ashes of the plant are beneficial in acidity of the stomach and dyspepsia.

Key application: Internally in irrigation therapy for post-traumatic and static inflammation, and for bacterial infections and inflammation of the lower urinary tract and renal gravel.

The British Herbal Compendium reported weak diuretic, haemostyptic, vulnerary and mild leukocytosis causing actions.

The haemostatic substance has been shown to act orally, it has no effect on blood pressure and is not a vasoconstrictor.

The herb contains 10-20% minerals, of which over 66% are silicic acids and silicates; alkaloids, including nicotine, palustrine and palustrinine; flavonoids, such as iso-quercitrin and equicertin; sterols, including cholesterol, isofucosterol, campesterol; a sa- ponin equisitonin, dimethyl-sulphone, thiaminase and aconitic acid. Diuretic action of the herb is attributed to its flavonoid and saponin constituents, Silicic acid strengthens connective tissue and helps in healing bones.... equisetum arvense

Discover Mullein Tea

One type of herbal tea is the mullein tea. Despite its slightly bitter taste, it has plenty of health benefits, and it is quite easy to prepare, too. Read this article to find out more about mullein tea’s health benefits and side effects. About Mullein Tea The main ingredient of the mullein tea is the mullein plant. It includes about 250 species of flowering plants that grow in Europe (especially in the Mediterranean region) and Asia. Recently, various species were introduced and even naturalized in America, Australia and Hawaii. The shorter stems of the plant grow up to half a meter, while the tallest can reach 3 meters. There are spirally arranged and often densely hairy leaves in the lower half, while the upper half has five-petal flowers of various colors: yellow, orange, red-brown, purple, blue, or white; the yellow ones are most common. The fruit is a small capsule which contains numerous minute seeds. How to prepare Mullein Tea It only takes a few minutes to prepare a cup of mullein tea. Boil some water, then pour it in a cup, over the mullein dried herbs. Let it steep for about 5 minutes before removing the herbs. If you think the taste is too bitter for you, you can sweeten it with honey, sugar or lemon. Components of Mullein Tea Dried leaves and flowers of the plant are used to make the mullein tea. This way, many components of the plant are transferred to the mullein tea. The components include mucilage, rotenone, flavonoids, iridoids, sterols, and sugars. Mullein Tea Benefits Mullein tea is quite useful when it comes to treating chronic bronchitis, coughs, asthma, pneumonia, congestion, and other respiratory problems. It relaxes the muscles within the chest, loosens the mucus, and helps with expectoration. Also, when you’ve dealing with a sore throat, it helps soothe the throat and chest. Drinking mullein tea helps treat diarrhea and works to expel intestinal parasites, such as worms. It is useful when treating bladder and urinary tract infections, for example hematuria (bloody urine). Also, consumption of mullein tea lessens the pain from hemorrhoids. Mullein tea can also help you if you’re suffering from insomnia, or when you’re dealing with anxiety or high levels of stress. It is good for cleansing the blood, and it can treat various forms of allergies. Also, mullein tea is useful when treating earaches, eczema, inflammations, acne and minor wounds. Mullein Tea Side Effects If you’re preparing the mullein tea on your own, using the leaves of the plant, be careful with the little hairs found on the leaves. When they come in contact with your skin, they can lead to red, itchy or inflamed skin. Despite the fact that it’s used to treat respiratory problems, mullein tea can lead to breathing problems. Although rare, the symptoms in this case include chest wall inflammation, difficulty in inhaling, tightness in the chest, and tightness of the throat. If you experience any of these symptoms, stop drinking mullein tea and go visit your doctor. Also, mullein seeds contain rotenone, which is a potentially toxic substance that, if ingested, may cause severe side effects. Make sure you check to see if the mullein tea you drink is made from mullein seeds. It is generally recommended that you not drink mullein tea if you are pregnant or breast feeding, as it might affect the baby. Don’t drink more than six cups of mullein tea a day. If you do, it won’t be that good for your health anymore. You might experience some of the following symptoms: headaches, loss of appetite, vomiting, diarrhea, insomnia, dizziness, and irregular heartbeats. Although bitter, mullein tea is still a delicious type of herbal tea. It comes with many health benefits, as well. Just make sure you won’t experience any side effects. Once it’s all safe, you’re free to enjoy your daily cup of this type of tea.... discover mullein tea

Euonymus Tingens

Wall.

Family: Celastraceae.

Habitat: Tropical Himalayas from Simla to Bhutan between 2,150 and 3,200 m, and in Assam.

English: Spindle Wood, Wahoo. (Euonymus atropurpureus, found in Eastern and Central USA and Canada, is equated with Wahoo and Spindle tree.

Ayurvedic: Bhillotaka.

Folk: Chopra, Mermahaul, Kunku, Barphali.

Action: Cholagogue, laxative, diuretic, circulatory stimulant. Used for constipation, torpidity of liver, gall bladder disorders, jaundice and dyspepsia. Bark is used in diseases of the eye.

Key application: Bark—as laxative.

(The British Herbal Pharmacopoeia.)

The plant yielded triterpenes—epi- friedelinol, taraxerol, dulcitol, pris- timerin and tingenins A and B. Pris- timerin exhibited antitumour activity.

Only bark and root bark is used medicinally. The seeds are poisonous.

Toxic constituents of E. atropur- pureus are furan-a-carboxylic acid; d- phenyl-glucosone (sterol glucoside); euatroside; euatromonoside (steroid glycosides). (Francis Brinker.)... euonymus tingens

Euphorbia Dracunculoides

Lamk.

Family: Euphorbiaceae.

Habitat: Throughout India in the plains and low hills.

Ayurvedic: Saatalaa, Saptalaa, Sapralaa, Viduraa, Charmasaahvaa, Charmakashaa.

Unani: Thuhar.

Siddha/Tamil: Tillakada, Thusimul- lai.

Folk: Titali.

Action: Fruit—removes warts topically. Plant extract—cholinergic. The aerial parts are used as a vegetable for maintaining smooth and regular movement of bowels.

The alcoholic and aqueous extracts of aerial parts showed significant action on gastro-intestinal motility in rats. The activity is more pronounced in alcoholic extract than in aqueous extract.

The extract of air-dried plant exhibits cholinergic action and direct stimulation of different muscle preparations. Plant gave euphorbol, surcose, glycosides, sterols and kaempferol.

Dosage: Root—3-5 g powder. (CCRAS.)... euphorbia dracunculoides

Foeniculum Vulgare

Mill.

Family: Umbelliferae; Apiaceae.

Habitat: Native to the Mediterranean region; now cultivated mainly in Punjab, Assam, Maharashtra and Vadodara (Gujarat).

English: Fennel. (Poison hemlock has been misidentified as fennel.)

Ayurvedic: Mishreyaa, Mishi, Mad- hurikaa, Madhuraa, Shatapushpaa, Shataahvaa. (Shatpushpaa is equated with Saunf and Shataahvaa with Soyaa. Some authors treat these as vice-versa.)

Unani: Baadiyaan, Saunf.

Siddha/Tamil: Sombu.

Action: Carminative, stomachic, antispasmodic, emmenagogue, galactagogue, anti-inflammatory, diuretic. Relieves bloating, nausea, settles stomach and stimulates appetite. Also used in amenorrhoea and enuresis.

Key application: In dyspepsias such as mild, spastic, gastrointestinal afflictions, fullness, flatulence. Fennel syrup or honey can be used for the catarrh of the upper respiratory tract in children. Fennel oil preparations not recommended during pregnancy. (German Commission E, ESCOP, WHO.)

German Commission E reported that fennel seed promotes gastrointestinal motility and in higher concentrations acts as antispasmodic. In experiments anethole and fenchone have been shown to have a secre- tolytic action in respiratory tract. The British Herbal Pharmacopoeia and Indian Herbal Pharmacopoeia report its carminative and spasmolytic property.

Fennel seed contain about 8% volatile oil (about 50-60% anethole, among others 10-15% fenchone and methyl- chavicol), flavonoids, coumarins (including bergapten) and sterols.

The extract of seeds inhibits the growth of micro-organism, especially Streptococcus mutans, that are responsible for dental caries and periodontal diseases.

The essential oil from the seed is reported to be antibacterial, antifungal, antioxidant, emmenagogue, oxytocic and abortifacient.

The fatty acid, petroselenic acid, obtained from the oil, exhibited antimicrobial activity.

Anethole, a major constituent of fennel seed/oil has been found to be an active estrogenic agent with minimal hepatotoxicity and no teratogenic effect.

The oil also exhibits anticarcino- genic activity and can be used as a che- moprotective agent.

It possesses antioxidant activity close to BHT.

Anethole and limonene are used in pharmaceutical compositions for decreasing the side effects of chemotherapy and increasing the immune function.

Limonene showed the capacity to inhibit mammary tumours in rats.

The boiling water extract of leaves shows hypotensive effect in rats.

The methanolic extract of seed showed antispasmodic activity, while aqueous extract accelerated the spontaneous movement of rabbit stomach.

Dosage: Dried fruit—3-6 g powder. (API Vol. I.)... foeniculum vulgare

Fritillaria Roylei

Hook.

Family: Liliaceae.

Habitat: Western temperate Himalaya from Kashmir to Kumaon at 2,700-4,35 m.

Ayurvedic: Kshira-Kaakoli, Viraa, Kaayasthikaa, Vaaysoli.

Action: Used in the treatment of asthma, bronchitis and tuberculosis. (Withania somnifera is a substitute for Kaakoli and Kshira-Kaakoli.)

The bulbs gave alkaloids—peimine, peimisine, peimiphine, perminine, permidine and permitidine. The bulbs also gave neutral compounds—prope- imin and a sterol. The plant gave kash- mirine.

Dosage: Bulb—3-6 g powder. (CCRAS.)... fritillaria roylei

Fenugreek

Trigonella foenum-graecum

Fabaceae

San: Methika, Methi, Kalanusari;

Hin: Meti, Mutti; Ben, Mar: Methi;

Mal: Uluva;

Tam: Ventayam;

Kan: Mentya, Menlesoppu;

Tel: Mentulu, Mentikura; Arab: Hulabaha

Importance: Fenugreek or Greek Hayes is cultivated as a leafy vegetable, condiment and as medicinal plant. The leaves are refrigerant and aperient and are given internally for vitiated conditions of pitta. A poultice of the leaves is applied for swellings and burns. Seeds are used for fever, vomiting, anorexia, cough, bronchitis and colonitis. In the famous Malayalam treatises like ‘Padhyam’ ‘Kairali’ and ‘Arunodhayam’, uluva is recommended for use as kalanusari in Dhanvantaram formulations of ‘Astaghradayam’. An infusion of the seeds is a good cool drink for small pox patients. Powdered seeds find application in veterinary medicine. An aqueous extract of the seeds possesses antibacterial property (Kumar et al, 1997; Warrier et al, 1995).

Distribution: Fenugreek is a native of South Eastern Europe and West Asia. In India fenugreek is grown in about 0.30 lakh ha producing annually about 30,000 tonnes of seeds. The major states growing fenugreek are Rajasthan, Madhya Pradesh, Gujarat, Uttar Pradesh, Maharashtra, Punjab and Karnataka. It is grown wild in Kashmir and Punjab.

Botany: Trigonella foenum-graecum Linn. belongs to family, Fabaceae. It is an annual herb, 30-60cm in height, leaves are light green, pinnately trifoliate, leaflets toothed, flowers are white or yellowish white, papilionaceous and axillary. Fruits are legumes, 5-7.5cm long, narrow, curved, tapering with a slender point and containing 10-20 deeply furrowed seeds per pod. There are two species of the genus Trigonella which are of economic importance viz. T. foenum graecum, the common methi and T. corniculata, the Kasuri methi. These two differ in their growth habit and yield. The latter one is a slow growing type and remains in rosette condition during most of the vegetative growth period (Kumar et al, 1997; Warrier et al, 1995).

Agrotechnology: Fenugreek has a wide adaptability and is successfully cultivated both in the tropics as well as temperate regions. It is tolerant to frost and freezing weather. It does well in places receiving moderate or low rainfall areas but not in heavy rainfall area. It can be grown on a wide variety of soils but clayey loam is relatively better. The optimum soil pH should be 6-7 for its better growth and development. Some of the improved cultivars available for cultivation are CO1 (TNAU), Rajendra Kanti (RAU), RMt-1(RAU) and Lam Selection-1 (APAU). Land is prepared by ploughing thrice and beds of uniform size are prepared. Broadcasting the seed on the bed and raking the surface to cover the seeds is normally followed. But to facilitate intercultural operations, line sowing is also advocated in rows at 20-25cm apart. Sowing in the plains is generally in September-November while in the hills it is from March. The seed rate is 20-25kg/ha and the seeds germinate within 6-8 days. Besides 15t of FYM, a fertiliser dose of 25:25:50kg NPK/ha is recommended. Entire P,K and half N are to be applied basally and the remaining half N 30 days after sowing. First irrigation is to be given immediately after sowing and subsequent irrigations at 7-10 days interval. Hoeing and weeding are to be done during the early stages of plant growth and thinning at 25-30 days to have a spacing of 10-15cm between plants and to retain 1-2 plants per hill. Root rot (caused by Rhizoctonia solani) is a serious disease and can be controlled by drenching carbendazim 0.05% first at the onset of the disease and another after one monthof first application. In about 25-30 days, young shoots are nipped off 5cm above ground level and subsequent cuttings of leaves may be taken after 15 days. It is advisable to take 1-2 cuttings before the crop is allowed for flowering and fruiting when pods are dried, the plants are pulled out, dried in the sun and seeds are threshed by beating with stick or by rubbing with hands. Seeds are winnowed, cleaned and dried in the sun. They may be stored in gunny bags lined with paper. An yield of 1200-1500kg of seeds and about 800-1000kg of leaves may be obtained per hectare in crops grown for both the purposes (Kumar et al, 1997).

Properties and activity: Seeds contain sapogenins-diosgenin, its 25-epimer(yamogenin), tigogenin, gitogenin, yuccagenin, 25-2-spirosta-3-5-diene and its -epimer. Seeds also contain a C27-steroidal sapogenin-peptide ester-fenugreekine. Seeds, in addition, contain 4-hydroxyleucine and saponins-fenugrins A-E:two furostanol glycoxides-trigonelloxide C and (255)-22-O-methyl-52-firostan-3 ,22,26,triol-3-O- -rhamnopyrans syl(1-2) C- -D-glucopyranosyl (1-3)- -D- glucopyranoxide-26-O- -D-glucopyranoxide.

Other chemical constituents are sterols- -sitosterol and cholesterol, flavone C- glycosides-vitexin, iso-vitexin, vitexin-2”-O-P-coumarate and vicenin-2. Flavonoids- quercetin and luteolin, flavonoid glycoside-vicenin-I. Invitro seedling callus culture gave flavonoids-luteolin and vitexin-1-glycoside. An essential oil is also reported from seeds. Leaves gave saponins-gracecunins A-G, flavonoids- kaempferol and quercetin; sterols- - sitosterol, sapogenins-diosgenin, gitogenin coumarin-scopoletin is also reported from the plant.

Seeds are bitter, mucilaginous, aromatic, carminative, tonic, diuretic, thermogenic, galactagogue, astringent, emollient, amophrodisiac, antirheumatic, CNS depressant and antiimplantation. Fenugreekine is hypoglycaemic, diuretic, hypotensive, cardiotonic, antiphlogistic. It showed 80% inhibition of vaccina virus.... fenugreek

Galium Aparine

Linn.

Family: Rubiaceae.

Habitat: The Temperate Himalayas.

English: Goosegrass, Clivers, Cleavers, Catch Weed.

Action: Choleretic, stomachic, diuretic, refrigerant, lymphatic, alterative, antiscorbutic, detoxifier; non-steroidal anti-inflammatory used for enlarged lymph nodes, especially cervical neck nodes, cystic and nodular changes in the glands, modular goitre. Used as a cleansing drink for malignant conditions and skin disorders, including psoriasis.

Key application: As diuretic. (The British Herbal Pharmacopoeia.)

The plant contains iridoid monoter- penes (asperuloside), benzyl isoquino- line alkaloids (including protopine), beta-carbolin alkaloids (including harmine), quinazoline alkaloids and fla- vonoids (such as luteolin). Methanolic extract of the plant contains chloro- genic acid, scopoletin and rutin. The plant is reported to contain several sterols. The root contains anthraqui- nones.

Asperuloside can be chemically converted to prostanoid intermediates.... galium aparine

Garuga Pinnata

Roxb.

Family: Burseraceae.

Habitat: Throughout India, up to 1,000 m on the hills.

English: Grey Downy Balsam.

Ayurvedic: Paaranki, Kharpata. (Kinkiraata, Karnikaara, Mri- galindika are doubtful synonyms.)

Siddha/Tamil: Karre Vembu, Arunelli.

Folk: Ghogar, Toon.

Action: Fruit—stomachic. Leaf— astringent, antiasthmatic. Bark— antidiabetic.

The leaves and stem bark contain sterols, sitosterol, stigmasterol and campesterol; fatty acids; aliphatic compounds; a mixture of long chain esters; along with tannins and waxes. The leaves also contain garu- garin and amentoflavone. Gum-resin contains alpha-amyrin, butyrospermol and dammarandiol.

Aqueous and ethanolic extract of the leaves exhibit anti-inflammatory and antiallergic activities.... garuga pinnata

Hibiscus Sabdariffa

Linn.

Family: Malvaceae.

Habitat: Native to the West Indies; now cultivated in Uttar Pradesh, Andhra Pradesh, West Bengal, Bihar, Punjab, Assam and Tamil Nadu.

English: Roselle, Jamaican Sorrel, Natal Sorrel, Red Sorrel.

Ayurvedic: Ambashtthaki.

Siddha/Tamil: Sivappu Kashmakki, Pulichai-keerai, Gogu, Seemai Kaseru.

Folk: Laal-ambaadi, Patavaa, Patsan.

Action: Digestive, choleretic, antibilious, laxative, diuretic, hypotensive, antiscorbutic. Used as a cardiac and nervine tonic for disorders of circulation, also for calcified arteries.

Key application: Flowers—used for loss of appetite, for colds, catarrhs of the upper respiratory tract and stomach, for disorders of circulation. (Included among unapproved herbs by German Commission E.)

The seeds contain sterols, including 3.2% ergosterol; leaves contain sitosterol-beta-D-galactoside. Flowers contain myricetin, kaempferol and quercetin, but did not contain free mutagenic flavonol aglycons.

The aqueous extract of flower buds has been reported to decrease blood pressure, cause relaxation of rat uterus. Succulent sepals and leaves—hypoten- sive, antimicrobial and anthelmintic.

Oil and unsapanofiable matter—antibacterial, antifungal.

Dosage: Root—5-10 g. (API Vol. III.)... hibiscus sabdariffa

Horse Chestnut Tea

Horse Chestnut tea has been known for many years due to its astringent, anti-inflammatory, expectorant and tonic properties. It grows in the Balkan areas and in Western Asia and can reach a height of 100 feet. The leaves of horse chestnut tree are 12 inches long and the buds are large and sticky. Most of the health benefits derive from the tree’s bark and leaves. The bark contains coumarins, aesculetin, fraxin, quercetin, sterols, tannins and saponins. The leaves are full of coumadins, aesculin, scopolin, fraxin, stigmasterol, beta-sitosterol and rutin. How To Make Horse Chestnut Tea You can make horse chestnut tea either from the bark or leaves. To brew horse chestnut tea from the bark, you need to boil for about 5-10 minutes a tablespoon of tea in a kettle of water. To make horse chestnut tea from the leaves, place about a fistful of leaves into a cup of boiled water and let it steep for about 7 - 10 minutes. The nut of horse chestnut can only be used for external applications, since they could be poisonous otherwise! Horse Chestnut Tea Benefits The nuts have the following benefits:
  • Strengthens varicose veins.
  • Can help treat hemorrhoids.
  • Helps treating arthritis and rheumatic pains.
  • Helpful in treating various skin conditions such as: rashes, eczema or burns.
The leaves include the following benefits:
  • Provides relaxation and a restful sleep.
  • May help treat dysentery.
  • Alleviates fever and malaria.
  • Relieves menstrual cramps.
Horse Chestnut Tea Side Effects
  • Horse chestnut flower can cause allergic reactions.
  • Pregnant and breastfeeding women should avoid drinking Horse Chestnut Tea.
  • Horse Chestnut Tea may lower blood sugar levels, so avoid drinking this tea if you suffer from diabetes.
  • Don’t drink horse chestnut tea if you have bowel or stomach disorders.
  • If you have a liver condition, avoid drinking horse chestnut.
  • Avoid drinking Horse Chestnut Tea if you suffer from kidney problems.
All in all, Horse Chestnut Tea is a healthy tea with many health benefits! Enjoy drinking and try to not experience any of its side effects.... horse chestnut tea

Glycyrrhiza Glabra

Linn.

Family: Papilionaceae; Fabaceae.

Habitat: Native to the Mediterranean regions. Now grown in Punjab, Jammu and Kashmir and South India.

English: Licorice, Liquorice.

Ayurvedic: Yashtimadhu, Mad- huyashtyaahvaa, Madhuli, Mad- huyashtikaa, Atirasaa, Madhurasaa, Madhuka, Yastikaahva, Yashtyaah- va, Yashti, Yashtika, Yashtimadhuka. Klitaka (also equated with Indigofera tinctoria). (Klitaka and Klitanakam were considered as aquatic varieties of Yashtimadhu.)

Unani: Asl-us-soos, Mulethi. Rubb-us-soos (extract).

Siddha/Tamil: Athimathuram.

Action: Demulcent, expectorant, antiallergic, anti-inflammatory, spasmolytic, mild laxative, antistress, antidepressive, antiulcer, liver protective, estrogenic, em- menagogue, antidiabetic. Used in bronchitis, dry cough, respiratory infections, catarrh, tuberculosis; genitourinary diseases, urinary tract infections; abdominal pain, gastric and duodenal ulcers, inflamed stomach, mouth ulcer. Also used for adrenocorticoid insufficiency.

Key application: In catarrh of the upper respiratory tract and gastric, duodenal ulcers. (German Commission E, ESCOP, WHO.)

The British Herbal Compendium indicates the use of liquorice for bronchitis, chronic gastritis, peptic ulcer, rheumatism and arthritis, adrenocor- ticoid insufficiency, and to prevent liver toxicity. Indian Herbal Pharmacopoeia recognizes its use as an anti- inflammatory and antiulcer agent.

The main chemical constituent of liquorice is glycyrrhizin (about 29%), a triterpene saponin with low haemolytic index. Glycyrrhetinic (gly- cyrrhetic) acid (0.5-0.9%), the agly- cone of glycyrrhizin is also present in the root. Other active constituents of liquorice include isoflavonoids, chal- cones, coumarins, triterpenoids and sterols, lignans, amino acids, amines, gums and volatile oils.

Hypokalemia is the greatest threat when liquorice preparations high in glycyrrhizin are prescribed for prolonged periods. Liquorice causes fluid retention. Patients should be placed on a high potassium and low sodium diet. Special precautions should be taken with elderly patients and patients with hypertension or cardiac, renal or hepatic disease.

A special liquorice extract known as DGL (deglycyrrhizinated liquorice) is used in the treatment of peptic ulcer. Oral liquorice preparations, containing glycyrrheti- nic acid, are used for the treatment of viral infections—viral hepatitis, common cold. Topical preparations, containing glycyrrhetinic acid, are used for herpes, eczema, psoriasis.

In Japan, a preparation of glycyrrhi- zin, cysteine and glycine is used by injection for the treatment of acute and chronic hepatitis.

Dosage: Root—2-4 g powder. (API Vol. I.)... glycyrrhiza glabra

Iris Versicolour

Linn.

Family: Iridaceae.

Habitat: In swamps. Native to America and Canada.

English: Blue Flag Root, Liver Lily.

Ayurvedic: Haimavati Vachaa.

Action: Anti-inflammatory, astringent, cholagogue, laxative, diuretic, antiemetic, blood and lymph purifier, alterative for sluggish conditions of liver, gallbladder and glandular system.

Key application: As laxative. (The British Herbal Pharmacopoeia.)

The rhizomes contain a volatile oil; a glycoside, iridin; acids including salicylic and isophthalic; a monocyclic C31 triterpenoid; sterols, gum, resin. Irisin is the toxic constituent of the resin. It irritates the mucous membrane, liver and pancreas.

The drug is contraindicated in pregnancy. The root powder is toxic at 2 g and fluid extract at 3.7 ml.... iris versicolour

Justica Tranquebariensis

Linn. f.

Family: Acanthaceae.

Habitat: Deccan, Mysore southwards.

Folk: Sivanarvembu (Tamil Nadu).

Action: Leaves—cooling, aperient; given for smallpox to children, bruised leaves applied to contusions.

The alcoholic extract of the aerial parts yielded several lignans, phy- tosterols, brassicasterol, campesterol, 7,22-ergostadienol, stigmasterol, sitosterol, spinasterol, 28-isofucostil and a sterol glucoside, beta-sitosterol-3-O- glucoside.

Justica vasculosa Wall. (Eastern Himalayas, Assam Khasi Hills) is also used for inflammations.... justica tranquebariensis

Kalanchoe Integra

(Medic.) Kuntze.

Synonym: K. brasiliensis Cambress. K. spathulata Roxb.

Family: Crassulaceae.

Habitat: Tropical Himalayas from Kashmir to Bhutan, on Lushai hills and in the Deccan.

Ayurvedic: Parnabija (var.).

Unani: Zakhm-e-Hayaat.

Folk: Rungru, Tatara. Bakalpattaa, Patkuari (Kumaon). Hathokane (Nepal).

Action: Plant—hypotensive, antiarrhythmic.

Aqueous extract of the leaves depressed CNS and potentiated barbiturate-induced hypnosis in mice.

The flowers yielded triterpenoids— friedelin, taraxerol and glutinol and a mixture of long chain hydrocarbons, n-alkanols and sterols. Kaempferol and its 3-O-rhamnoside, patuletin and patuletin-3, 7-di-O-rhamnoside, quer- cetin and quercetin-3-O-glucoside- 7-O-rhamnoside are reported from leaves and flowers.

The leaves exhibit wound healing properties.... kalanchoe integra

Kochia Indica

Wt.

Family: Chenopodiaceae.

Habitat: North-western and Peninsular India.

Folk: Bui-chholi (Punjab). Kauraro.

Action: Cardiac stimulant.

Resinous alkaloid, isolated from alcoholic extract of the plant, showed nicotinic action on autonomic ganglion and neuromuscular junction of voluntary muscles.

Fruits and leaves of a related sp., K. scoparia Schrad are used as a cardiac tonic and diuretic.

Petroleum ether extract of aerial parts contain n-alkanes, free alcohols and a mixture of sterols (mainly sitos- terol, 70.9%).

The plant exhibits antibacterial activity which is attributed to hydrocarbons and sterols present in it. The plant is also used as an ingredient of a medicinal powder used for dermatitis.... kochia indica

Leucas Aspera

Spreng.

Family: Labiatae; Laminceae.

Habitat: Throughout India in cultivated fields, wastelands, roadsides.

English: White Dead Nettle.

Ayurvedic: Dronpushpi, Phalepush- paa, Kutambaka.

Siddha/Tamil: Thumbai.

Folk: Guumaa, Halkusa (smaller var.), Tumbaa.

Action: Carminative, antihis- taminic, antipyretic, febrifuge, antiseptic. Used in jaundice, anorexia, dyspepsia, fever, helminthic manifestation, respiratory and skin diseases.

Flowers—given with honey for coughs and colds to children. Leaves— juice is used as an external application for psoriasis, chronic skin eruptions and painful swellings.

An alcoholic extract of leaves shows antibacterial activity.

The plant gave oleanolic acid, urso- lic acid and beta-sitosterol. The root contains a triterpenoid, leucolactone, and the sterols, sitosterol, stigmasterol and campesterol.... leucas aspera

Maca Tea - A Libido Enhancer

Maca tea has been recognized for its nutritional properties and for being a libido enhancer. Maca plant, also known as the “Peruvian ginseng”, is an herb that grows in the high Andes of Bolivia and Peru for thousands of years. It is related to the turnip and the radish, having green and fragrant tops that lie along the ground. Maca has been used in Peru as a remedy to enhance energy and sexual function. The constituents of maca root are basically minerals such as calcium, potassium, magnesium, zinc, phosphorus and iron; sterols, lipids, carbohydrates, fiber, proteins and amino acids. How To Make Maca Tea Maca tea has a sweet taste, similar to butterscotch. To brew maca tea you will need an herbal tea of your choice to combine it with the maca powder. Prepare the herbal tea and after 1-2 minutes, add a teaspoon of maca powder and stir the mixture. To really enhance the flavor, you can add milk or honey. Tea connoisseurs recommend Soya milk. Maca Tea Benefits
  • Helps providing energy without over-stimulating the body’s systems.
  • Enhances libido and helps in the treatment of erectile dysfunction.
  • Increases the production of sperm.
  • Helps relieving the symptoms of menopause.
  • Strengthens your immune system.
  • Balances and stabilizes the body’s cardiovascular, nervous, muscular and lymphatic systems.
Maca Tea Side Effects In toxicity studies, maca tea showed no adverse pharmacological effects. However, maca root contains iodine, which can lead to side effects such as thyroid disease. Maca root is also high in glucosinolates and in case of over consumption, combined with low-iodine diet, can cause goiter. It can also cause hives and fatigue to people that are allergic to the constituents of maca tea. Maca Tea is a wonderful tea with many health benefits. It is ideal for incresing your libido and boosting your immune system! Try to avoid over consumption in order not to experience any of its side effects!... maca tea - a libido enhancer

Mangifera Indica

Linn.

Family: Anacardiaceae.

Habitat: Uttar Pradesh., Punjab, Maharashtra, Andhra Pradesh, West Bengal and Tamil Nadu.

English: Mango.

Ayurvedic: Aamra, Amb, Rasaal, Sa- hakaar, Pikavallabha, Madhudoot, Atisaurabha, Maakanda.

Unani: Aam, Ambaj.

Siddha/Tamil: Manga, Mau, Mamaram (bark), Mangottai Paruppu (seed).

Action: Unripe fruit—astringent, antiscorbutic. Ripe fruit—invigorating and refrigerant in heat apoplexy. Leaves—anti-inflammatory, antibacterial, chloretic, diuretic. Used in diabetes, externally in burns and scalds. Kernel—astringent, anti-inflammatory, antibacterial, antifungal, anthelmintic, antispas- modic, antiscorbutic; given in diarrhoea, diabetes and menstrual disorders. Stem bark—astringent; used for haemorrhages, diarrhoea, rheumatism.

The Ayurvedic Pharmacopoeia ofIn- dia recommends the dried seed in diarrhoea and dysentery; and the dried stem bark in genitourinary disorders.

Ripe mango contains sugars (9.518.6%), citric acid (0.12-0.34%), ascorbic acid (10.8-225.0 mg/100 g), carote- noids as beta-carotene (2,00017,000 mcg/100 g). The fruit gave phenolic compounds (m-digallic acid, gal- lotannin, phloroglucinol, protocate- chuic acid); flavonoids (1,2,3,4-tetrahy- droxy benzene, kaempferol and myri- cetin).

The seed kernel contains alpha-and beta-amyrins, gallotannin, glucogallin and several sterols.

The leaves contain a pentacyclic tri- terpene alcohol, indicol, besides tarax- one, taraxerol, friedelin, lupeol and beta-sitosterol. Leaves contain several sugars, free malic and citric acids and amino acids. Some esters of ben- zophenone C-glucosides and kinic and shikmic acids have also been reported. Mangiferin is present predominantly in the leaves and twigs.

The bark contains phenolic compounds (gallocatechin, protocatechuic acid), xanthones (homomangiferin), several triterpenoids and sterols.

All parts gave phenolic acids (el- lagic acid, gallic acid, ethyl gallate); flavonoids (catechin), and xanthones (mangiferin).

Dosage: Dried seed—1-2 g powder (API, Vol. I); stem bark—3-6 g powder, 25-50 g for decoction. (API, Vol. III.)... mangifera indica

Mimusops Elengi

Linn.

Family: Mimosaceae.

Habitat: Native to tropical America; naturalized in tropical and subtropical regions of India.

English: Sensitive-plant, Humble- Plant.

Ayurvedic: Lajjaalu, Laajavanti, Namaskaari, Samangaa, Sankochini, Shamipatraa, Khadirkaa, Raktapaadi.

Unani: Chhuimui, Sharmili, Laajwanti.

Siddha/Tamil: Thottalsurungi.

Action: Leaf—astringent, alterative, antiseptic, styptic, blood purifier. Used for diarrhoea, dysentery, haemophilic conditions, leuc- orrhoea, morbid conditions of vagina, piles, fistula, hydrocele and glandular swellings. Root—used in gravel and urinary complaints. A decoction is taken to relieve asthma.

The plant contains mimosine and turgorin. The periodic leaf movements exhibited by the plant are due to presence of derivatives of 4-O- (beta-D-glucopyranosyl-6'-sulphate)

Family: Sapotaceae.

Habitat: Cultivated in North India, Western Peninsula and South India.

English: Spanish-Cherry, West Indian Medlar, Bullet Wood.

Ayurvedic: Bakula, Keshara, Simhakeshara, Sthiraa, Sthira- pushpa, Vishaarada, Dhanvi, Madhupushpa, Madhugandha, Chirpushpa, Maulsiri.

Unani: Molsari.

Siddha: Magilam.

Action: Pulp of ripe fruit—astringent; used in chronic dysentery Flowers, fruit and bark—astringent. Bark—given for promoting fertility in women. Seeds—purgative. The leaves contain sterols, reducing sugars and tannins; roots, a steroidal saponin; stem bark, spinasterol and taraxerol; flowers, D-mannitol, beta-sitosterol and beta-sitosterol- D-glycoside; seeds, pentacyclic triterpene acids, mimusopic and mimusopsic acids.

Essential oil obtained from the plant is reported to be mycotoxic. Antimicrobial activity of the root extract has been reported. Saponins isolated from the seeds have been found to effect the cardiovascular activity in dogs and haemolytic activity in human beings. Spasmolytic activity in isolated ileum of guinea-pigs has also been recorded. Saponins from seeds also showed spermicidal activity.

Dosage: Seed, bark—10-20 g paste; 50-100 ml decoction. (CCRAS.)... mimusops elengi

Nerium Oleander

Linn.

Family: Apocynaceae.

Habitat: Native to Mediterranean region; grown in Indian gardens.

English: Red Oleander, Rose Bay.

Unani: Surkh Kaner.

Action: See N. indicum. (The white- and red-flowered varieties are equated with Nerium oleander; both possess similar properties. The yellow-flowered variety is equated with Thevetia peruviana.)

Key application: Leaf—included among unapproved herbs by German Commission E. Positively inotropic and negatively chronotropic actions have been mentioned; the use of leaf for diseases and functional disorders of the heart, as well as for skin diseases has been indicated.

The leaves and roots gave a number of active principles including gly- cosides, terpenoids, sterols and other compounds. Cardiac steroids, isolated from the leaf, include oleandrin, gen- tiobiosyl oleandrin, odoroside. The stem contained alanine arginine, as- partic acid, cysteine, glutamic acid, glycine, histidine, leucine, isoleucine, lysine, phenylalanine, proline, serine, threonine, tryptophan, tyrosine and valine. A polysaccharide (2.3%), containing galacturonic acid, rhamnose, arabinose and galactose has been isolated from leaves.

Neutral fraction from leaves at low doses caused marked suppression of locomotor activity.

Aqueous extract of leaves showed significant antibacterial activity against Pseudomonas aeruginosa. The leaves also showed insecticidal activity.... nerium oleander

Oroxylum Indicum

Vent. 453

Action: Emmenagogue, antispasmodic, carminative, expectorant. Leaves and seed— astringent, antispasmodic. Warm infusion of herb—promotes suppressed menstrual flow.

The herb contains about 3% volatile oil comprising sabinene hydrate, sa- binene, linalool, carvacrol, estrogole, eugenol and terpenes; flavonoids including luteolin-7-glucoside, dios- metin-7-glucoside, apigenin-7-gluco- side; rosmarinic acid, caffeic acid; and triterpenoids such as ursolic acid, olea- nolic acid, sterols.

Marjoram herb and oil exhibit antibacterial action. (German Commission E.) The herb contains arbutin and hydroxyquinone (a carcinogenic agent) in low concentrations. The herb is not suited for extended use. Topical application of hydroxyquinone leads to depigmentation of the skin. There is no reports of similar side effects with marjoram ointment. (German Commission E.)

Origanum vulgare Linn. (Wild Marjoram) contains volatile oil with a widely varying composition; major components include thymol, beta-bisabolene, caryophyllene, linalool and borneol; other constituents are similar to those of O. majorana.

The leaves of Wild Marjoram contain phenolic acids. The phenyl propionic acid and the phenyl glucoside showed antioxidant activity comparable to that of BHA, a synthetic antiox- idant.

Wild Marjoram preparations are used for bronchial catarrh and disturbances of the gastrointestinal tract in Unani medicine.

Sweet Marjoram shows stronger effect on the nervous system than Wild Marjoram and gives better results in anxiety, headaches and insomnia.

Both the species have been included among unapproved herbs by German Commission E.... oroxylum indicum

Phoenix Dactylifera

Linn.

Family: Palmae; Arecaceae.

Habitat: Cultivated in Punjab and Rajasthan.

English: Date Palm.

Ayurvedic: Kharjuura, Kharjuuraka, Kharjuurikaa. Pindakharjuurikaa. Chhuhaaraa (dry date). Pindakhar- juura is the fruit of Phoenix acaulis Roxb.

Unani: Khurmaa, Khajuur, Chhuharaa.

Siddha/Tamil: Perichchankay, Ita.

Action: Fruit pulp—antitussive, expectorant, demulcent, laxative, diuretic, restorative. Sap—cooling, laxative. Gum—used in diarrhoea and genitourinary diseases.

The fruit contains ascorbic acid (vitamin C), carotene (as vitamin A), nicotinic acid, riboflavin, thiamine, sugars (60-80%). Besides sucrose and invert sugars, rhamnose, xylose, ara- binose, ribose, galactose and galac- turonic acid have been identified in the fruit. Invert sugar predominates in the soft dates; sucrose in dry varieties. The dried date, used in Ayurvedic and Unani compositions, contains protein 2.5-3, fat 0.5, carbohydrates 75.882.9% and calcium 35.9, phosphorus 129.3 and iron 3.4 mg/100 g. Presence of sterols of ergosterol group, and esterone has been reported from dried date seeds.

Charged C-glycosylflavones and caf- feylshikimic acid, leucocyanidin are characteristically present in the plant. Flavonol glycosides are also common. Several uncharged C-glycosylflavones were also detected.

Dosage: Fresh fruit—10-50 g, dried fruit—10-15 g. (API, Vol. IV.)... phoenix dactylifera

Pilocarpus Microphyllus

Stapf.

Family: Rutaceae.

Habitat: Native to tropical America; cultivated in Indian gardens.

Family: Umbelliferae; Apiaceae.

Habitat: Native to the Mediterranean region; cultivated in Uttar Pradesh., Punjab, Assam and Orissa.

English: Anise, Aniseed.

Unani: Anisoon, Baadiyaan-roomi.

Action: Carminative, diuretic, anticholerin, antispasmodic, expectorant. Used for flatulence, dry coughs, whooping cough, bronchitis.

Key application: Internally in dyspeptic complaints; internally and externally in catarrhs of the respiratory tract. (German Commission E, ESCOP, WHO, The British Herbal Pharmacopoeia.)

The fruit gave volatile oil consisting mainly of trans-anethole (70-90%), with estragole, anise ketone, anisic acid, beta-caryophyllene, anisaldehyde, linalool. The fruit contained traces of furocoumarins; seeds gave benzoic acid, caffeic acid, containing protein and myristicin. Roots afforded sterols, coumarins and flavone glyco- sides. Aniseed has been demonstrated to increase the mucociliary transport in vitro and to significantly increase liver-regeneration in rats.

Aniseed is also used as a galacta- gogue. This property is thought due to the presence of polymers of anethole, dianethole and photoanethole.

Aqueous extract of roasted aniseed is reported to show cholinomimetic effect on rat blood pressure, rat jejunum and frog rectus abdominis preparations.

Alcoholic extract of aniseeds possesses antimicrobial and fungicidal activity.

Anethole has a structure similar to catecholamines including adrenaline, noradrenaline and dopamine and to the hallucinogenic compound myris- ticin as well. (Natural Medicines Comprehensive Database, 2007.)... pilocarpus microphyllus

Pongamia Pinnata

Pierre.

Synonym: P. glabra Vent. Derris indica (Lam.) Benett.

Family: Papilionaceae; Fabaceae.

Habitat: Western Ghats, tidal forests up to 1,200 m.

English: Pongam Oil tree, Indian Beech.

Ayurvedic: Karanja.

Siddha/Tamil: Pungam.

Action: Oil—applied in scabies, herpes, leucoderma and other cutaneous diseases; over chest in pneumonia and cold; also used internally as cholagogue in sluggish liver. Leaves—juice is prescribed in flatulence, dyspepsia, diarrhoea and cough. An infusion is given for leprosy and gonorrhoea. Root— a paste is used in scrofulous enlargements; juice is used for cleaning foul ulcers and closing fistulous sores. Stem bark—given internally in bleeding piles. Rind of pod and seed—prescribed in bronchitis and whooping cough. Leaf and seed—antileprotic. Leaf and seed oil—antirheumatic.

The tree is rich in flavonoids and related compounds. These include simple flavones, furanoflavonoids, chro- menoflavones, chromenochalcones, coumarones, flavone glucosides, sterols, triterpenes and a modified phenyl- alanine dipeptide. Seeds and seed oil gave karanjin, pongamol, pongapin and kanjone.

The aqueous extract of stem bark shows significant sedative and antipyretic effects in rats, and antispas- modic effect in vitro on smooth muscles.

In Indonesia, a decoction ofthe bark is drunk after child birth.

The aqueous extract of seeds showed significant antiviral activity against herpes simplex viruses HSV-1 and 2 cell lines experimentally. Albino rats, treated with the aqueous extract of seeds, recovered faster from induced infection and skin-burn than the untreated ones.

Dosage: Seed—250 mg powder; 510 g for decoction. (API, Vol. I.)... pongamia pinnata

Rotula Aquatica

Lour.

Synonym: Rhabdia lyciodes C. B. Clarke in part non Linn. Shretia cuneata Wt.

Family: Borginaceae.

Habitat: Kumaon to Assam and in Central, Western and Southern India, and the Andamans.

Siddha/Tamil: Cheppu-nerinjal.

Folk: Paashaanbheda (Karnataka).

Action: Root—diuretic; used for stone in the bladder; also in venereal diseases. The diuretic action of the root is attributed to the presence of allantoin; a sterol, rhabdiol, has also been isolated from the roots.... rotula aquatica

Salvadora Oleoides

Dcne.

Family: Salvadoraceae.

Habitat: The arid regions of Punjab, Rajasthan and western India.

Ayurvedic: Pilu (bigger var.).

Action: Leaf—bechic. Bark— vesicant. Fruit—febrifuge (in low fever), used in enlarged spleen. Oil from seed—applied in rheumatic affections and after child birth.

The fruit contains sterols, beta-sitos- terol and its glucosides and stigmas- terol; benzylisothiocyanate, n-octaco- sanol and tetracosane; flavonoids including quercetin and rutin; thiourea derivatives and phospholipids. Myris- tic, lauric and palmitic acids were obtained from the seed fat.... salvadora oleoides

Sambucus Ebulus

Linn.

Family: Labiatae; Lamiaceae.

Habitat: Native of Baluchistan. (Used in Unani medicine.)

Unani: Kanochaa, Marv. Seeds— Tukhm Kanochaa, Tukhm Marv. (National Formulary of Unani Medicine equated Kanochaa with Phyllanthus maderaspatensis Linn.)

Action: Used for colic and as an intestinal tonic, deobstruent and disinfectant. Roasted or processed seeds are prescribed in diarrhoea and dysentery.

Synonym: S. wightiana Wall. ex W. & A.

Family: Caprifoliaceae.

Habitat: Kashmir at 2,000-3,600 m.

English: Dwarf Elder.

Unani: Khamaan Saghir, Khamaan- ul-Arzaa, (Nabli) Khamaan.

Siddha/Tamil: Mushkiyaara (Punjab), Khamman, Ganhulaa.

Action: Diuretic, expectorant. Used for kidney and bladder torpor.

Lipid fraction of drupes contains unsaturated fatty acids, sterols, aliphatic alcohols, triterpenic alcohols, alpha- and beta-amyrin; also anthocyanin pigments, phenolic acids. The root contains beta-sitosterol and alpha- amyrin. Aqueous extracts induced diuresis in rats and exhibited hypotensive activity in cats. The extract of flowering herb showed significant anti- ulcerogenic activity. cyanogenic glycosides; berries contain flavonoids, anthocyanins, vitamin A and C.

Anti-inflammatory activity of the flowers has been attributed to ursolic acid. Elder flowers and peppermint is an old remedy for influenza in the Western herbal.

The berry is used against influenza virus A and B. (J Alt Compliment Med, 1(4), 1995.)... sambucus ebulus

Sandoricum Indicum

Cav.

Family: Caprifoliaceae.

Habitat: Kangra and in Simla hills.

English: European Elder, Black Elder.

Unani: Khamaan Kabir.

Action: Anti-inflammatory, anticatarrhal, diuretic. Flowers and berries—used for common cold, influenza, nasal catarrh, sinusitis; as a gargle in sore throat. Inner bark—cathartic, hydragogue, emetic, diuretic. Infusion of bark and flowers—given in epilepsy; also used as a gentle circulatory stimulant, diaphoretic, expectant and anticatarrhal; locally in inflammations.

Key application: In colds, also as a diaphoretic and anticatarrhal. (German Commission E, The British Herbal Compendium, WHO.)

The flowers contain triterpenes including ursolic acid; flavonoids (up to 3%) including rutin; phenolic acids; triterpenes; sterols; tannins; mucilage; volatile oil (up to 0.2%); leaves gave

Synonym: S. koetjape (Burm. f.) Merrill.

Family: Meliaceae.

Habitat: Wild in Kangra and in Simla hills.

English: European Elder.

Siddha/Tamil: Sevai, Sayai.

Action: Root—astringent, carminative, antispasmodic. Used for diarrhoea. Bark—anthelmintic.

Fruit hulls gave bryonic and bryono- lic acids, mesoinosital and dimethyl mucate; heartwood also gave triter- penic acids including katonic and in- dicic acid.

The seeds gave limonoids—sandori- cin and 6-hydroxysandoricin. A sec- otriterpene, koetjapic acid, together with katonic acid, has been isolated from the stem. Sandoricin and 6- hydroxysandoricin exhibited effective antifeedant activity. Katonic acid exhibited significant cytotoxicity against a variety of cultured human cancer cells.... sandoricum indicum

Seronoa Repens

(Bartram) Small.

Synonym: Sabal serrulata (Michaux) Nichols.

Family: Palmae.

Habitat: Southeastern North America.

English: Sabal, Saw Palmetto.

Action: Ripe fruit—diuretic, urinary antiseptic, antiandrogenic, and antiexudative.

The fruit contains fatty acids, especially capric, caproic, caprylic, lau- ric, myristic, oleic, linoleic, linolenic, stearic and palmitic acids; sterols, principally beta-sitosterol and its 3-gluco- side (and fatty acid derivatives), cam- pesterol and stigmasterol; triglycerides; triterpenes; alkanols; polysaccharides; flavonoids; essential oil and anthranilic acid.

Key application: In urination problems due to benign prostatic hyperplasia stages I and II (German Commission E, ESCOP, WHO.) (The lipophilic extracts of Saw Palmetto berries are used in France and Germany for the treatment of BPH. In a study (1999), shrinkage of the epithelial tissue in the transition zone of the prostate has been recorded. (Expanded Commission E Monographs.) (For Clinical studies, see ESCOP.)

In India, Sabal palmetto Lodd. Ex Roem. & Schult (Sabal or Cabbage Palm) is planted in gardens for ornament. The sweet drupes are eaten as such or cooked for preparing a syrup. Other species of Sabal introduced into Indian gardens are: S. mauritiiformis Griseb. & Wendl., S. mexicana Mart., S. umbraculifera Mart., and S. minor Pers. The leaves of S. mexicana contain cyanidin. The leaves of S. minor contain caffeic, p-coumaric and sinapic acids.... seronoa repens

Sesamum Indicum

Linn.

Synonym: S. orientale Linn.

Family: Pedaliaceae.

Habitat: Uttar Pradesh, Madhya Pradesh, Rajasthan, Orissa, Gujarat, Andhra Pradesh, Tamil Nadu, and Maharashtra.

English: Sesame, Gingelly.

Ayurvedic: Tila, Snehphala.

Unani: Kunjad, Til.

Siddha: Ellu (seed), Nallennai (oil).

Action: Seeds—an important source of protein; also rich in thiamine and niacine. Nourishing, lactagogue, diuretic, laxative, emollient. Powdered seeds—given internally in amenorrhoea and dysmenorrhoea. (Black seeds are preferred in Indian medicine.) Paste is applied to burns, scalds, piles. Leaves—used in affections of kidney and bladder. Bland mucilage is used in infantile diarrhoea, dysentery, catarrh and bladder troubles, acute cystitis and strangury.

Non-saponifiable fraction of the seed oil gave sterols, a lignans, sesamin and a nitrolactone, sesamolin. Sesamin and sesamolin are not found in any other vegetable oil. Sesamin is present in a concentration of 0.5 to 1.0%. The oil from the white seeds from West Bengal and Assam is reported to contain about 2.5% sesamin. Sesamol, a phenolic antioxidant, is present in traces.

The leaves gave a flavonoid, pedalin. Pinoresinol has also been reported from the plant.

The seed contains thiamine, niacin, riboflavin, nicotinic acid, pantothenic acid, folic acid, biotin, pyridoxine, in- ositol, choline, p-aminobenzoic acid, ascorbic acid, vitamin A, alpha-and beta-tocopherol. Sugars present are glucose, surcose, galactose, planteose, raffinose. Fatty acid in the seed are myristic, palmitic, stearic, arachidic, hexadecenoic, oleic, linoleic and lig- noceric.

Basic aroma compounds of the roasted seeds consisted of mainly dimethyl thiazole and substituted pyrozines.

Dosage: Seed—5-10 g powder. (API, Vol. IV.)... sesamum indicum

Smilax Aristolochiaefolia

Miller.

Family: Liliaceae; Smilacaceae.

Habitat: Native to tropical America and the West Indies.

English: Sarsaparilla.

Unani: Ushbaa Maghrabi (Ushbaa Desi is equated with Decalepis hamiltonii.)

Action: Alterative, anti- inflammatory, antipruritic, blood purifier, antiseptic. (It was first introduced in 1563 as a drug for syphilis.)

In Western herbal, Sarsaparilla is equated with Smilax aristolochiaefo- lia (American, Mexican, Vera Cruz or Grey Sarsaparilla); S. medica, S. regelii (Jamaican, Honduras or Brown Sarsaparilla); S.febrifuga (Ecuadorian or Guayaquil Sarsaparilla). Hemides- mus indicus is equated with Indian Sarsaparilla.

Key application: Preparations of sarsaparilla root are used for skin diseases, psoriasis and its sequel, rheumatic complaints, kidney diseases, and as a diaphoretic and diuretic. (The claimed efficacy has not been established clinically.) Included among unapproved herbs by German Commission E.

The roots and rhizomes of sarsaparil- la contain saponins based on aglycones sarsapogenin and smilagenin, the major one being parillin (sarsaponin), with smilasaponin (smilacin) and sar- saparilloside; beta-sitosterol, stigmas- terol and their glucosides. Chief components of saponins (0.5-3%) are sar- saparilloside, along with parillin as a breakdown product. Parillin shows antibiotic activity.

Sarsaparilla root sterols are not anabolic steroids, nor are they converted in vivo to anabolic steroids. Testosterone, till now, has not been detected in any plant including sarsaparilla. Hemidesmus indicus contains none of the saponins or principal constituents found in sarsaparilla. (Natural Medicines Comprehensive Database, 2007.)... smilax aristolochiaefolia

Solanum Dulcamara

Linn.

Solanum aviculare Forst. f.

Family: Solanaceae.

Habitat: Introduced to Kashmir for experimental cultivation.

Ayurvedic: Kantakaari (related species).

Action: An important source of solasodine, a nitrogen analogue of diosgenin and one of the starting materials for the synthesis of corticosteroids and other steroidal hormones.

See S. xanthocarpum. The leaves, stems, flowers and green fruits contain the glycoalkaloid, solaso- nine, of which solasodine is the agly- cone. Besides solasonine, the plant

Family: Solanaceae.

Habitat: The temperate Himalayas from Kashmir to Sikkim at altitudes of 1,200-2,400 m.

English: Woody Night Shade, Bittersweet, Bitter Nightshade, Felonwort.

Ayurvedic: Kaakamaachi-vishesha, Valli-kantakaarikaa.

Unani: Mako (red var.).

Action: Twigs and root bark— stimulating, expectorant, hepatic, astringent, antirheumatic, alterative, antifungal. Dried branches— sedative and analgesic. Used for chronic bronchitis, chronic eczema and rheumatism.

Key application: As a supportive therapy for chronic eczema. (German Commission E.)

The plant is rich in alkaloidal glyco- sides. Alpha-, beta-, gamma-solamari- ne were isolated from the fruits. Toma- tidenol I existed in the plant as alpha- and beta-solamarine. Solasodine was obtained in traces as secondary alkaloid; it existed as solasonine and sola- margine. Aerial parts gave alpha-and beta-soladulcine, the glycoalkaloids. The sterols were present in free form and as esters, glucosides and palmitic esters of glucosides.

Beta-solamarine shows significant tumour-inhibiting activity. Steroidal saponins are antifungal; alkaloids are anticholinergic; solasodine exhibit antiphlogistic activity.... solanum dulcamara

Taraxacum Officinale

Weber ex Wiggers.

Family: Compositae; Asteraceae.

Habitat: Temperate Himalayas, Khasi Hills, Mishmi Hills, Gujarat and in hills of South India.

English: Common Dandelion.

Ayurvedic: Dugdh-pheni, Luutaari, Payaswani.

Unani: Kaanful, Kaasani Dashti, Kaasani Sahraayi, Hind-baa-al- Barri. (Not to be confused with Ci- chorium intybus, known as Kaasani.)

Folk: Dudhli, Dudhal.

Action: Root—diuretic, cholagogue, pancreatic and bile duct stimulant, stimulant to portal circulation, choleretic, urinary antiseptic, detoxicant, promotes elimination of plasma cholesterol. Used chiefly in kidney and liver disorders, for rheumatism and as a general tonic. A decoction is given for infective hepatitis.

Key application: In dyspepsia, loss of appetite, and for diuresis. (German Commission E, ESCOP.) ESCOP indicates its use for restoration of hepatic and biliary function.

Most of the diuretics cause loss of potassium, but dandelion leaves contain high levels of potassium.

The leaves and root contain sesqui- terpene lactones (bitter substances); triterpenes and sterols—beta-sitosterol, beta-sitosterol-glucosides, taraxasterol, psi-taratexol and taraxol; flavonoids, including among others, apigenin-7- O-glucosides and luteolin-7-O-gluco- sides; mucilages; inulin (2-40%, high values in autumn). The amaroids are cholagogic and secretolytic. (PDR.) An appetite-stimulating bitter has been identified as eudesmanolides (previously called taraxacin).

The vitamin A content is higher than in carrots.

The polysaccharides and aqueous extracts exhibited antitumour activity in animals. The anti-inflammatory activity has also been confirmed in animal studies.

The high K+ content of roots and leaves is considered responsible for the diuretic activity.

Dosage: Root—1-3 g powder. (CCRAS.)... taraxacum officinale

Steroids, Plant

The previous subject is obviously an endless one, but as this is the glossary of an herbal nature, let me assure you, virtually no plants have a direct steroid hormone-mimicking effect. There are a few notable exceptions with limited application, like Cimicifuga and Licorice. Plant steroids are usually called phytosterols, and, when they have any hormonal effect at all, it is usually to interfere with human hormone functions. Beta sitosterol, found in lots of food, interferes with the ability to absorb cholesterol from the diet. Corn oil and legumes are two well-endowed sources that can help lower cholesterol absorption. This is of only limited value, however, since cholesterol is readily manufactured in the body, and elevated cholesterol in the blood is often the result of internal hormone and neurologic stimulus, not the diet. Cannabis can act to interfere with androgenic hormones, and Taraxacum phytosterols can both block the synthesis of some new cholesterol by the liver and increase the excretion of cholesterol as bile acids; but other than that, plants offer little direct hormonal implication. The first method discovered for synthesizing pharmaceutical hormones used a saponin, diosgenin, and a five-step chemical degradation, to get to progesterone, and another, using stigmasterol and bacterial culturing, to get to cortisol. These were chemical procedures that have nothing to do with human synthesis of such hormones, and the plants used for the starting materials-Mexican Wild Yam, Agave, and Soy were nothing more than commercially feasible sources of compounds widely distributed in the plant kingdom. A clever biochemist could obtain testosterone from potato sterols, but no one would be likely to make the leap of faith that eating potatoes makes you manly (or less womanly), and there is no reason to presume that Wild Yam (Dioscorea) has any progesterone effects in humans. First, the method of synthesis from diosgenin to progesterone has nothing to do with human synthesis of the corpus luteum hormone; second, oral progesterone has virtually no effect since it is rapidly digested; and third, orally active synthetic progesterones such as norethindrone are test-tube born, and never saw a Wild Yam. The only “precursor” the ovaries, testes and adrenal cortices EVER need (and the ONLY one that they can use if synthesizing from scratch) is something almost NONE of us ever run out of...Low Density Cholesterol. Unless you are grimly fasting, anorectic, alcoholic, seriously ill or training for a triathlon, you only need blood to make steroid hormones from. If hormones are off, it isn’t from any lack of building materials...and any product claiming to supply “precursors” better contain lard or butter (they don’t)...or they are profoundly mistaken, or worse. The recent gaggle of “Wild Yam” creams actually do contain some Wild Yam. (Dioscorea villosa, NOT even the old plant source of diosgenin, D. mexicana...if you are going to make these mistakes, at least get the PLANT right) This is a useful and once widely used antispasmodic herb...I have had great success using it for my three separate bouts with kidney stones...until I learned to drink more water and alkalizing teas and NEVER stay in a hot tub for three hours. What these various Wild Yam creams DO contain, is Natural Progesterone. Although this is inactive orally (oral progesterone is really a synthetic relative of testosterone), it IS active when injected...or, to a lesser degree, when applied topically. This is pharmaceutical progesterone, synthesized from stigmasterol, an inexpensive (soy-bean oil) starting substance, and, although it is identical to ovarian progesterone, it is a completely manufactured pharmaceutical. Taking advantage of an FDA loophole (to them this is only a cosmetic use...they have the misguided belief that it is not bioactive topically), coupled with some rather convincing (if irregular) studies showing the anti-osteoporotic value of topical progesterone for SOME women, a dozen or so manufacturers are marketing synthetic Natural Progesterone for topical use, yet inferring that Wild Yam is what’s doing good. I am not taking issue with the use of topical progesterone. It takes advantage of the natural slow release into the bloodstream of ANY steroid hormones that have been absorbed into subcutaneous adipose tissue. It enters the blood from general circulation the same way normal extra-ovarian estradiol is released, and this is philosophically (and physiologically) preferable to oral steroids, cagily constructed to blast on through the liver before it can break them down. This causes the liver to react FIRST to the hormones, instead of, if the source is general circulation, LAST. My objection is both moral and herbal: the user may believe hormonal effects are “natural”, the Wild Yam somehow supplying “precursors” her body can use if needed, rejected if not. This implies self-empowerment, the honoring of a woman’s metabolic choice...something often lacking in medicine. This is a cheat. The creams supply a steady source of pharmaceutical hormone (no precursor here) , but they are being SOLD as if the benefits alone come from the Wild Yam extract, seemingly formulated with the intent of having Wild Yam the most abundant substance so it can be listed first in the list of constituents. I have even seen the pharmaceutical Natural Progesterone labeled as “Wild Yam Progesterone” or “Wild Yam Estrogen precursor” or, with utter fraud, “Wild Yam Hormone”. To my knowledge, the use of Mexican Yam for its saponins ceased to be important by the early 1960’s, with other processes for synthesizing steroids proving to be cheaper and more reliable. I have been unable to find ANY manufacturer of progesterone that has used the old Marker Degradation Method and/or diosgenin (from whatever Dioscorea) within the last twenty years. Just think of it as a low-tech, non invasive and non-prescription source of progesterone, applied topically and having a slow release of moderate amounts of the hormone. Read some of the reputable monographs on its use, make your choice based solely on the presence of the synthetic hormone, and use it or don’t. It has helped some women indefinitely, for others it helped various symptoms for a month or two and then stopped working, for still other women I have spoken with it caused unpleasant symptoms until they ceased its use. Since marketing a product means selling as much as possible and (understandably) presenting only the product’s positive aspects, it would be better to try and find the parameters of “use” or “don’t use” from articles, monographs, and best of all, other women who have used it. Then ask them again in a month or two and see if their personal evaluation has changed. If you have some bad uterine cramps, however, feel free to try some Wild Yam itself...it often helps. Unless there is organic disease, hormones are off is because the whole body is making the wrong choices in the hormones it does or doesn’t make. It’s a constitutional or metabolic or dietary or life-stress problem, not something akin to a lack of essential amino acids or essential fatty acids that will clear up if only you supply some mythic plant-derived “precursor”. End of tirade.... steroids, plant

Tinospora Malabarica

Miers ex Hook. f.

Synonym: T. sinensis (Lour.) Merrill.

T. tomentosa (Colebr.) Miers.

Family: Menispermaceae.

Habitat: Throughout India, ascending to an altitude of 1,000 m.

Ayurvedic: Kandodbhava-guduchi, Vatsaadani, Padma-Guduuchi.

Folk: Gurch.

Action: Fresh leaves and stem are used in chronic rheumatism. Known as "muscle-relaxing vine" in China.

Used as a substitute for T. cordifolia. The plant is an inferior substitute as it contains less of carbohydrates, sterols, alkaloids and tannins.

Alkaloid magnoflorine shows hy- potensive as well as curare-like effect in animals.... tinospora malabarica

Trachyspermum Ammi

(Linn.) Sprague.

Synonym: T. copticum Link. Carum copticum Benth. ex Hiern.

Family: Umbelliferae; Apiaceae.

Habitat: Cultivated in Madhya Pradesh, Andhra Pradesh, Gujarat, Maharashtra, Uttar Pradesh, Rajasthan and Bihar.

English: Ammi, Lovage, Carum, Ajowan.

Ayurvedic: Yavaani, Yamaani, Yavaanikaa, Yamaanikaa, Dipyaka.

Unani: Nankhwaah, DesiAjawaayin.

Siddha/Tamil: Omam.

Action: Fruits—carminative, antispasmodic, anticholerin, an- tidiarrhoeal, bechic, stimulant.

The Ayurvedic Pharmacopoeia of India recommends the dried fruits in tympanitis, constipation, colic and helminthiasis. Oil—used as an expectorant in emphysema, bronchial and other respiratory ailments.

Used externally in cases of rheumatism. Leafjuice—anthelmintic. Root— carminative, diuretic, febrifuge.

The aqueous extract of the fruit is a popular remedy for diarrhoea in Indian medicine.

The fruit, in addition to protein (17.1), fat (21.8), carbohydrates (24.6) and mineral matter (7.9%), contains sugars, tannins, flavone and sterol. The seeds contain a phenolic glucoside, 2-methyl-3-glucosyloxy-5-isopropyl phenol.

The principal constituents of the Ajowan oil are the phenols, mainly thymol (35-60%) and some carvacrol. (Crystalized thymol is known in the trade as Ajowan-kaa-phuul, Flower- of-Ajowan.)

Thymol is a powerful antiseptic and antifungal. It is an ingredient in deodorant mouth-washes, toothpastes and gargles. The aqueous portion, left after the separation of essential oil, is known as Omum-water and is prescribed in flatulence and gripe, especially in children.

Dosage: Fruit—3-6 g powder. (API, Vol. I.)... trachyspermum ammi

Tribulus Alatus

Delile.

Family: Zygophyllaceae.

Habitat: Rajasthan, Gujarat, Punjab and Haryana.

English: Winged Caltrops.

Ayurvedic: Gokshura (related species).

Unani: Gokharu-kalaan.

Folk: Desi Gokharu, Aakharaa., Hasaka.

Action: Fruits—diuretic, antiinflammatory, emmenagogue. Used for uterine and genitourinary disorders.

Seed—astringent, diuretic; given to women to ensure fecundity.

The fruit gave sterols—stigmasterol, campesterol and beta-sitosterol; flavo- noids—luteolin, kaempferol-3-gluco- side and rutin; sapogenins—diosge- nin, gitogenin and chlorogenin. Root, stems, leaves and seeds contain sa- pogenins—diosgenin, gitogenin and chlorogenin; sterols—beta-sitosterol and stigmasterol.... tribulus alatus

Typha Australis

Schum. &Thonn.

Synonym: T. angustata Bory & Chaub.

Family: Typhaceae.

Habitat: Throughout India, up to an altitude of 1,730 m.

English: Lesser Indian Reed-Mace.

Ayurvedic: Gundra, Gundraa, Gundraka, Guntha. (Gundraa has also been interpreted as Bhadramustaa, Cyperus rotundus Linn.)

Siddha/Tamil: Sambu.

Folk: Pater, Gondapateraa.

Action: Rhizomes—astringent and diuretic. Spikes—ash is used for healing wounds. The pollen, mixed with honey, is applied to wounds and sores or taken internally for treating uterine bleeding and haematuria.

The plant contains isorhamnetin, pentacosane and sterols. A flavonol glucoside, yielding quercetin on hydrolysis, has been reported in the plant.

Dosage: Rhizome—50-100 ml decoction. (CCRAS.)... typha australis

Typha Elephantina

Roxb.

Family: Typhaceae.

Habitat: Kashmir and from Uttar Pradesh to Assam, in stagnant, fresh and brackish-water.

English: Elephant Grass, Bulrush, Indian Reed-Mace.

Ayurvedic: Gundra, Gundraa, Gundraka, Potagala. (related species of T. australis.)

Siddha/Tamil: Anai Korai, Chambu.

Folk: Gondapateraa.

Action: Rhizomes—astringent and diuretic; used for dysentery. Pollen—used for internal and external bleeding; uterine bleeding, blood in urine, nose bleeds.

The herb contains isorhamnetin, pentacosane and plant sterols.... typha elephantina

Typhonium Trilobatum

(L.) Schott.

Family: Araceae.

Habitat: Peninsular India, and from Yamuna eastwards; also grown in South India.

Siddha/Tamil: Karu Karunai Kizhangu, Karunai Kizhangu.

Action: Tuber—applied as poultice on scirrhous tumours (fresh tuber is very acrid and a powerful stimulant). Eaten with bananas, the tubers relax the bowels and provide relief in haemorrhoids (tubers become innocuous on heating or drying).

The tubers contain carotene, folic acid, niacin, thiamine, sterols and beta- sitosterol.... typhonium trilobatum

Urtica Dioica

Linn.

Family: Urticaceae.

Habitat: North-western Himalaya from Kashmir to Simla at 2,4003,600 m.

English: Stinging Nettle.

Ayurvedic: Vrishchhiyaa-shaaka (related species).

Unani: Anjuraa.

Folk: Shisuun (Kumaon).

Action: Plant—diuretic, astringent, antihaemorrhagic; eliminates uric acid from the body, detoxifies the blood. Externally, astringent and haemostatic.

Used internally for the treatment of nephritis, haemoptysis and other haemorrhages.

Key application: Above ground parts—as a supportive therapy for rheumatic ailments (internally and externally). Internally, in irrigation therapy for inflammatory diseases of the lower urinary tract and prevention and treatment of kidney gravel. (German Commission E, ESCOP, The British Herbal Compendium, The British Herbal Pharmacopoeia.) Root—in symptomatic treatment of micturition disorders (dysuria, pol- lakiuria, nocturia, urine retention) in benign prostatic hyperplasia at stages I and II. (German Commission E, ESCOP, WHO, The British Herbal Pharmacopoeia.)

Clinical experiments have confirmed the utility of the herb as a haemostatic in uterine haemorrhage and bleeding from nose. The herb is also used in sciatica, rheumatism and palsy. The treatment for paralysis comprises slapping the patient with a bundle of twigs. Alcoholic extract of Russian sp. is used in the cholecystitis and habitual constipation.

The root exhibits an antiprolifera- tive effect on prostatic epithelial and stromal cells. It may also lessen the effects of androgenic hormones by competitively blocking acess to human sex hormone binding globulin. (Planta Med, 63, 1997; ibid, 66, 2000. Also, ESCOP monograph; Altern Complem Ther, 1998; Simon Mills; Natural Medicines Comprehensive Database, 2007.)

In Europe, the juice of the leaves or roots, mixed with honey or sugar, was prescribed forbronchial asthma. In the USA, a freeze-dried preparation of the herb (300 mg gelatin capsules) has been found to improve condition of allergic rhinitis patients. The powdered seeds were considered a cure for goitre. (M. Grieve.)

The urticating properties of the hairs are attributed to the presence of acetyl- choline, histamine and 5-hydroxytryp- tamine (5-HT). A histamine-liberating enzyme is also present.

Acetylcholine is present in the leaves, rootlets, rhizomes and cortex in the ascending order of concentration. Histamine is not present in the underground parts of the plant. Its concentration in the leaves is about four times than that in the stem-cortex. Betaine and choline are present in the leaves.

The leaves gave flavonoids (including rutin), sterols, carotenoids, vitamins (including C, B group, K), minerals, plant phenolic acids. The coumarin scopoletin has been isolated from the flowers and the root.

A polysaccharide fraction obtained from aqueous extract showed anti- inflammatory activity in carrageenan- induced rat paw oedema and lymphocyte transformation test. A lectin was found to stimulate proliferation of human lymphocytes. (Planta Med, 55, 1989.)

The leaf and root is contraindicat- ed in kidney disease and pregnancy. 5-hydroxytryptamine is a uterotropic constituent. (Francis Brinker.)... urtica dioica

Usnea Tea Infection Treatment

Usnea Tea has been known for centuries as a great remedy in case of infection, bacteria and microbes. Usnea is a plant also known as old man’s beard that grows in many varieties in regions from America and Europe. You can recognize it by its fuzzy strings that actually resemble to a grey beard. These strings are the leaves and they tend to extend to the entire territory that’s to their disposal, being able to invade forests thanks to its parasitic nature. However, Usnea tree is very useful in alternative medicine and not only to treat infection and bacteria. Usnea Tea has also a couple of aces up his sleeves. Usnea Tea Properties The main property of Usnea Tea is that thanks to its active ingredients it allows your health system to recover very fast and fight all kinds of invaders, such as parasites and bacteria. Its action involves bringing strength to your immune system and fighting diseases. The most important substances of this tea are: acid, essential fatty acids, mucilage and sterol. These ingredients turn Usnea Tea into an organic anti-bacterial treatment. Usnea Tea Benefits Aside from its ability to fight bacteria and microbes, Usnea Tea’s benefits also involve bringing relief in case you’re suffering from one of the following problems: - Infections of your digestive track (fungal infections in the mouth, stomach or intestines). - Disorders of your lungs, such as pneumonia, pleurisy, colds or flu. - Bacterial infections, irritated stomach or skin rash. - You can use Usnea smashed leaves to make a antibacterial dressing for the affected areas (in case you want to treat external infections. How to make Usnea Tea Infusion Preparing Usnea Tea infusion is very easy. All you need to do is infuse the usnea lichen in hot water and wait for 8 or 10 minutes. After that, take out the herb and drink the decoction hot or cold. You can take ¼ cups of Usnea Tea every hour, just remember to take some time off from the treatment every now and then. Usnea Tea Side Effects Don’t forget that Usnea Tea is a treatment and should only be taken as long as you are sick and by paying attention to the amount of liquid ingested. Although it has many benefits, this tea cannot replace coffee, so don’t turn it into a daily habit. If you’re unsure concerning this tea, it’s best to ask a specialist in order to find out more about the ups and downs that could interfere with your general well-being. If taken properly, Usnea Tea has no side effects at all. However, high dosages may lead to internal bleedings, nausea and vomiting. If you notice anything unusual when taking this treatment, talk to a doctor as soon as possible! Usnea Tea Contraindications If you are pregnant or breastfeeding, it’s best to avoid taking Usnea Tea. The same advice if you suffer from a serious condition and you’re on blood thinners. This way, you’ll prevent your coronary walls from erupting. If you’ve got the green light from the specialist, ask more about Usnea Tea next time you’re in a teashop and give it a try!... usnea tea infection treatment

Vernonia Cinerea

Less.

Family: Compositae; Asteraceae.

Habitat: Distributed throughout India. Common in waste places and road side.

English: Ash coloured Fleabane, Purple Fleabane.

Ayurvedic: Sahadevi, Uttamkanya- ka, Dandotpalaa.

Siddha/Tamil: Naichotte Poonde.

Action: Plant—febrifuge, diaphoretic (infusion of herb, combined with quinine, is used against malaria). Used as a specific herb for leucor- rhoea, dysuria, spasm of bladder, strangury and for haematological disorders, as a blood purifier and styptic. Also used in asthma. Seeds—anthelmintic, antiflatulent, antispasmodic; used in dysuria, leucoderma, psoriasis and other skin diseases. Roots—anthelmintic; decoction used for colic.

The Ayurvedic Pharmacopoeia ofIn- dia recommends the plant in inter mittent fever, filariasis, pityriasis versi- colour (tinea versicolor), blisters, boils, vaginal discharges and in cases of psy- choneurosis.

Aerial parts gave luteolin-7-mono- beta-D-glucopyranoside. Whole plant gave triterpene compounds—beta- amyrin acetate, lupeol acetate, beta- amyrin and lupeol; sterols—beta-sito- sterol, stigmasterol and alpha-spinaste- rol; phenolic resin and potassium chloride.

Dosage: Whole plant—10-20 ml juice; 5-10 g powder for external use. (API, Vol. III.)... vernonia cinerea

West Indian

MEDLAR

Mimusops elengi

Sapotaceae

San: Bakulah

Hin: Bakul, Maulsiri

Ben: Bakul

Mal: Ilanji, Elanji

Tam: Magilam, Ilanci

Tel: Pogada

Kan: Pagademara Guj:

Barsoli, Bolsari

Importance: Spanish cherry, West Indian Medlar or Bullet wood tree is an evergreen tree with sweet- scented flowers having ancient glamour. Garlands made of its flowers are ever in good demand due to its long lasting scent. Its bark is used as a gargle for odontopathy, ulitis and ulemorrhagia. Tender stems are used as tooth brushes. It is also useful in urethrorrhoea, cystorrhoea, diarrhoea and dysentery. Flowers are used for preparing a lotion for wounds and ulcers. Powder of dried flowers is a brain tonic and is useful as a snuff to relieve cephalgia. Unripe fruit is used as a masticatory and will help to fix loose teeth. Seeds are used for preparing suppositories in cases of constipation especially in children (Warrier et al,1995). The bark and seed coat are used for strengthening the gum and enter into the composition of various herbal tooth powders, under the name of “Vajradanti”, where they may be used along with tannin-containing substances like catechu (Acacia catechu), pomegranate (Punica granatum) bark, etc. The bark is used as snuff for high fever accompanied by pains in various parts of the body. The flowers are considered expectorant and smoked in asthma. A lotion prepared from unripe fruits and flowers is used for smearing on sores and wounds. In Ayurveda, the important preparation of Mimusops is “Bakuladya Taila”, applied on gum and teeth for strengthening them, whereas in Unani system, the bark is used for the diseases of genitourinary system of males (Thakur et al, 1989).

Distribution: It is cultivated in North and Peninsular India and Andaman Islands. It is grown as an avenue tree in many parts of India.

Botany: Mimusops elengi Linn. belongs to the family Sapotaceae. It is an evergreen tree with dark grey fissured bark and densely spreading crown. Leaves are oblong, glabrous and leathery with wavy margins. Flowers are white, fragrant, axillary, solitary or fascicled. Fruits are ovoid or ellipsoid berries. Seeds are 1-2 per fruit, ovoid, compressed, greyish brown and shiny (Warrier et al, 1995). Other important species belonging to the genus Mimusops are M. hexandra Roxb. and M. kauki Linn. syn. Manilkara kauki Dub.(Chopra et al, 1980).

Agrotechnology: Mimusops prefers moist soil rich in organic matter for good growth. The plant is propagated by seeds. Fruits are formed in October-November. Seeds are to be collected and dried. Seeds are to be soaked in water for 12 hours without much delay and sown on seedbeds. Viability of seeds is less. After germination they are to be transferred to polybags. Pits of size 45cm cube are to be taken and filled with 5kg dried cowdung and top soil. To these pits, about 4 months old seedlings from the polybags are to be transplanted with the onset of monsoon. Addition of 10kg FYM every year is beneficial. Any serious pests or diseases do not attack the plant. Flowering commences from fourth year onwards. Bark, flowers, fruit and seeds are the economic parts.

Properties and activity: -sitosterol and its glucoside, -spina-sterol, quercitol, taraxerol and lupeol and its acetate are present in the aerial parts as well as the roots and seeds. The aerial parts in addition gave quercetin, dihydroquercetin, myricetin, glycosides, hederagenin, ursolic acid, hentriacontane and -carotene. The bark contained an alkaloid consisting largely of a tiglate ester of a base with a mass spectrum identical to those of laburinine and iso-retronecanol and a saponin also which on hydrolysis gave -amyrin and brassic acid. Seed oil was comprised of capric, lauric, myristic, palmitic, stearic, arachidic, oleic and linoleic acids.

Saponins from seed are spermicidal and spasmolytic. The aerial part is diuretic. Extract of flower (1mg/kg body weight) showed positive diuretic action in dogs. Bark is tonic and febrifuge. Leaf is an antidote for snakebite. Pulp of ripe fruit is antidysenteric. Seed is purgative. Bark and pulp of ripe fruit is astringent (Husain et al, 1992).... west indian

Zea Mays

Linn.

Family: Gramineae; Poaceae.

Habitat: Native to South America. Grown as a food crop mainly in Uttar Pradesh, Punjab, Madhya Pradesh, Bihar, Andhra Pradesh and Jammu and Kashmir.

English: Maize, Corn, Indian Corn.

Ayurvedic: Mahaa-Kaaya.

Unani: Makkaa, Zurraa Makkaa.

Action: Corn Silk—diuretic, urinary demulcent, antilithic. Used for cystitis, urethritis, prostatitis, irritation of the urinary tract by phosphatic and uric acids, nephritis, uncontrollable bladder, retention, pus in the urine, bed-wetting.

The corn silk gave saponins; alan- toin; sterols, especially beta-sitosterol and stigmasterol; alkaloid hordenine; polyphenols; mucilage; potassium; vitamin C and K; cryptoxanthin, antho- cyanins, plant acids, tannin.

The glycoproteins, seperated from corn silk, inhibited IgE antibody formation and enhanced IgG and IgM formation; they showed antiviral and antitumour activities.... zea mays

West Indian Medlar

Mimusops elengi

Sapotaceae

San: Bakulah

Hin: Bakul, Maulsiri

Ben: Bakul

Mal: Ilanji, Elanji

Tam: Magilam, Ilanci

Tel: Pogada

Kan: Pagademara

Guj: Barsoli, Bolsari

Importance: Spanish cherry, West Indian Medlar or Bullet wood tree is an evergreen tree with sweet- scented flowers having ancient glamour. Garlands made of its flowers are ever in good demand due to its long lasting scent. Its bark is used as a gargle for odontopathy, ulitis and ulemorrhagia. Tender stems are used as tooth brushes. It is also useful in urethrorrhoea, cystorrhoea, diarrhoea and dysentery. Flowers are used for preparing a lotion for wounds and ulcers. Powder of dried flowers is a brain tonic and is useful as a snuff to relieve cephalgia. Unripe fruit is used as a masticatory and will help to fix loose teeth. Seeds are used for preparing suppositories in cases of constipation especially in children (Warrier et al,1995). The bark and seed coat are used for strengthening the gum and enter into the composition of various herbal tooth powders, under the name of “Vajradanti”, where they may be used along with tannin-containing substances like catechu (Acacia catechu), pomegranate (Punica granatum) bark, etc. The bark is used as snuff for high fever accompanied by pains in various parts of the body. The flowers are considered expectorant and smoked in asthma. A lotion prepared from unripe fruits and flowers is used for smearing on sores and wounds. In Ayurveda, the important preparation of Mimusops is “Bakuladya Taila”, applied on gum and teeth for strengthening them, whereas in Unani system, the bark is used for the diseases of genitourinary system of males (Thakur et al, 1989).

Distribution: It is cultivated in North and Peninsular India and Andaman Islands. It is grown as an avenue tree in many parts of India.

Botany: Mimusops elengi Linn. belongs to the family Sapotaceae. It is an evergreen tree with dark grey fissured bark and densely spreading crown. Leaves are oblong, glabrous and leathery with wavy margins. Flowers are white, fragrant, axillary, solitary or fascicled. Fruits are ovoid or ellipsoid berries. Seeds are 1-2 per fruit, ovoid, compressed, greyish brown and shiny (Warrier et al, 1995). Other important species belonging to the genus Mimusops are M. hexandra Roxb. and M. kauki Linn. syn. Manilkara kauki Dub.(Chopra et al, 1980).

Agrotechnology: Mimusops prefers moist soil rich in organic matter for good growth. The plant is propagated by seeds. Fruits are formed in October-November. Seeds are to be collected and dried. Seeds are to be soaked in water for 12 hours without much delay and sown on seedbeds. Viability of seeds is less. After germination they are to be transferred to polybags. Pits of size 45cm cube are to be taken and filled with 5kg dried cowdung and top soil. To these pits, about 4 months old seedlings from the polybags are to be transplanted with the onset of monsoon. Addition of 10kg FYM every year is beneficial. Any serious pests or diseases do not attack the plant. Flowering commences from fourth year onwards. Bark, flowers, fruit and seeds are the economic parts.

Properties and activity: -sitosterol and its glucoside, -spina-sterol, quercitol, taraxerol and lupeol and its acetate are present in the aerial parts as well as the roots and seeds. The aerial parts in addition gave quercetin, dihydroquercetin, myricetin, glycosides, hederagenin, ursolic acid, hentriacontane and -carotene. The bark contained an alkaloid consisting largely of a tiglate ester of a base with a mass spectrum identical to those of laburinine and iso-retronecanol and a saponin also which on hydrolysis gave -amyrin and brassic acid. Seed oil was comprised of capric, lauric, myristic, palmitic, stearic, arachidic, oleic and linoleic acids.

Saponins from seed are spermicidal and spasmolytic. The aerial part is diuretic. Extract of flower (1mg/kg body weight) showed positive diuretic action in dogs. Bark is tonic and febrifuge. Leaf is an antidote for snakebite. Pulp of ripe fruit is antidysenteric. Seed is purgative. Bark and pulp of ripe fruit is astringent (Husain et al, 1992).... west indian medlar

Cloves

Fragrant spice. Eugenia caryophyllus, Spreng. Caryophyllus aromaticus. German: Gewu?rznelken. French: Giroflier. Spanish: Jerofle. Italian: Garofano. Indian: Lovanga. Arabian: Karanaphal. Chinese: Ting-hsiang. Malayan: Karampu bunga chanke. Flower buds. Oil distilled from the buds.

Constituents: a heavy volatile oil, a camphor resin, flavonoids, sterols.

Action: Mild local anaesthetic for aching teeth. Carminative, aromatic, warming stimulant, powerful antiseptic, antineuralgic, antihistaminic, mild antispasmodic, spice.

Uses: flatulence, asthenia, diarrhoea, dyspepsia, measles, worms, hypothermia or ‘cold’ conditions. Asthma, bronchitis, pleurisy and lung conditions (external use, essential oil, as below).

An important ingredient of kitchen recipes.

Insect bites: oil rubbed into skin.

Gout: rub joint with oil as below.

Diabetes: to boost insulin activity. (American Health, 1989, Nov 8, p69) Preparations. Cloves chewed or used in food.

External. 1-3 drops essential oil in 2 teaspoons Almond or other base oil. ... cloves

Alfalfa

Purple medick, lucerne, Californian clover, Buffalo herb. Medicago sativa L. German: Luzerne. French: Luzerne. Italian: Medica. Chinese: Mu-su. Part used: leaves.

Habitat. Native to Asia but now found in temperate zones.

Constituents. Alkaloids, isoflavones, coumarins, sterols. Contains eight essential enzymes:– amylase (digests starches), coagulase (coagulates milk), invertase (converts sugar into dextrose), emulsin (acts upon sugars), peroxidase (oxidases blood), lipase (fat-splitting enzyme), pectinase (forms a vegetable jelly from pectin), protase (digests protein). Together with its rich content of vitamins and minerals, Alfalfa offers an effective aid to cover a wide range of diverse conditions.

Vitamin content: pro-Vitamin A (B-carotene), B6, C, D, E, K, P. Yields 20,000 to 40,000 units Vitamin K to every 100 grams, and is therefore a useful preventative of high blood pressure.

Minerals. Alfalfa yields 10 times more mineral value than average grains. Roots penetrate subsoil as far as 125 feet, thus enabling it to absorb vital mineral nutrients beyond the reach of other vegetation. Calcium, Magnesium, Phosphorus, Potassium.

Action. Anti-cholesterol, anti-haemorrhagic, anti-anaemia, anti-coagulant. Traditional anti-diabetic activity (South Africa).

Uses: To promote strong bones and rebuild decayed teeth. Nutrient to increase weight and vitality. Lumbago, rheumatism, dyspepsia, back ache, fistula, chronic ulcer, infections of sinus, ear, nose and throat. Affections of respiratory tract, certain forms of insulin-dependent diabetes. Rich in chlorophyll, it stimulates growth of supportive connective tissue and is useful for collagen disease – arthritis etc. Assists granulation of tissue in healing of wounds, abscesses. Relieves constipation by gently activating peristalsis of the bowels. Frequent cups of tea have a diuretic effect relieving dropsy, kidney, bladder and prostate disorders. Fattens thin people. Builds up after surgical operation. Hyperlipidaemia. Repair of radiotherapy damage.

Preparations: Tea: 2-3 teaspoons to each cup boiling water; infuse 5-10 minutes. Drink freely.

Diuretic tea. Herbs: Alfalfa 3, Couchgrass 2, Buchu 1, Wild Carrot 1. Mix. 1-2 teaspoons to each cup boiling water; infuse 5-10 minutes. Half-1 cup thrice daily.

Liquid extract, BHP (1983), 1:1 in 25 per cent alcohol. Dose: 5-10ml thrice daily.

Green drink. Fresh Alfalfa passed through a blender; juice drunk in wineglassful doses. Alfalfa ‘sprouts’ are grown from seed in a shallow tray and contain 150 per cent more protein than wheat or corn. Daily rinsed with water, they are allowed to germinate to about half inch in height when they are chopped and used in salads. See: SPROUTS.

Any one of these preparations favourably influences nutrition in cases of anorexia nervosa, neurasthenia, insomnia, feeble appetite, and to increase the flow of milk in young nursing mothers. Taken regularly, it is believed to dispose to mental and physical well-being.

Capsules (powder). 250mg: 2 capsules thrice daily during meals. (Arkocaps) Tablets. 500mg. (Meadowcroft)

Note: Alfalfa should not be taken with Vitamin E, the action of which it vitiates. ... alfalfa

Coriander

Coriandrum sativum, L. German: Koriander. French: Coriandre. Spanish: Cilantro. Italian: Coriandro. Russian: Coriandro. The Persians grew Coriander as a mild antiseptic and spice over 3000 years ago. It added fragrance to the Hanging Gardens of Babylon. Contains volatile oil, coumarins, phenolic acids, sterols, etc.

Action: stimulant, carminative. The aromatic herb contains a volatile oil, warming to the stomach and dispelling wind. Aromatherapists discover its use as an anti-rheumatic.

Uses: Well-known Chinese remedy for measles. Schistosomiasis. Hypoglycaemic and of value in diabetes. Aerophagy (air-swallowing). Gastroenteritis.

Preparations: The tea serves as a gripe water for infant’s colic. Half-1 teaspoon bruised seeds to each cup boiling water: cover with saucer to prevent escape of volatile oil. Drink before meals or as necessary for flatulence.

Powder: Half-1 gram, thrice daily.

Liquid Extract: Half-2ml in water thrice daily.

Aromatherapy. For rheumatic muscles and joints, lotion: 1 part oil of Coriander to 10 parts Almond oil. ... coriander

Fennel

Foeniculum vulgare, Mill. German: Fenchel. French: Fenouil. Spanish: Hinojo. Italian: Finocchio. Chinese: Shih-lo. Seeds, roots and leaves. Seeds contain an important essential oil (anethol). Constituents: coumarins, volatile oil, flavonoids (rutin), sterols.

Action: a gentle warming agent for delicate stomachs; carminative, aromatic, antispasmodic (children), digestive, orexigenic, rubefacient, diuretic (soothing), galactagogue, stimulant (mild), anti-inflammatory in polyarthritis, anticoagulant (Vitamin K antagonist). Antimicrobial. Expectorant. Oestrogen-effect – Aberdeen University.

Uses: To disperse windy colic in infants; griping; to arouse appetite, sweeten a sour stomach, soothe an irritable bowel. To increase milk in nursing mothers. Obesity (traditional tea). Wrinkle smoother (tea). Old Chinese remedy for cholera. Externally, an eyewash for red-eye and blepharitis.

Preparations: As necessary.

Tea. Fresh or dried leaves: 3-4 teaspoons to teapot; add boiling water. Dose: adult; half-1 cup; infants, 2- 3 teaspoons.

Tea. Crushed seeds: quarter to half a teaspoon to each cup boiling water; infuse 15 minutes. Quarter to half a cup (infants, 2-3 teaspoons).

Liquid Extract BMP (1983) 1:1 in 70 per cent alcohol. Dose: 0.8 to 2ml.

Fennel water (distilled). 5-15 drops.

Powder. 300mg capsules; 2 capsules before meals thrice daily.

Lotion. Half a teaspoon crushed seeds in cold water. Infuse 1 hour. Half fill eyebath and use as a douche. Diet. Young shoots and root as a cooked vegetable. Seeds sprinkled on salads.

Note: Fennel seeds were discovered among personal chattels of Egyptian rulers salvaged from among the tombs.

Side-effects: slight return of periods in menopausal women. ... fennel

Horsetail

Shave grass. Pewterwort. Nature’s hoover. Equisetum arvense L. German: Ackerschachtelhalm. French: Equisette. Spanish: Belcho. Italian: rasperella. Chinese: We?n-ching. Dried stems. Keynote: genito-urinary system. A natural source of silicic acid, ashes containing 70 per cent silica soluble in water and alcohol.

Constituents: flavonoids, alkaloids, sterols, silicic acid.

Action: haemostatic for bleeding of genitourinary organs, styptic, a soothing non-irritating diuretic. Increases coagulability of the blood. Remineraliser. Anti-atheroma. Antirheumatic. Astringent. Immune enhancer. White blood cell stimulator.

Uses: Blood in the urine, prostatitis, bed-wetting, dropsy, chronic bladder infections, incontinence in the aged, catarrh of the urinary organs, gravel, urethritis of sexual transmission with bleeding, stricture, severe pain in the bladder unrelieved by passing water, constant desire to pass water without relief. Carcinoma of the womb: cure reported. Foetid discharges of STD. Arteriosclerosis.

Silica, as in Horsetail, preserves elasticity of connective tissue; controls absorption of calcium and is a necessary ingredient of nails, hair, teeth and the skeleton. Its cleansing properties rapidly remove urates, uric acid and cellulites from the system. Hastens repair of tissue after lung damage of tuberculosis or other diseases.

Combinations. (1) With Shepherd’s Purse for blood in the urine. (2) With Pulsatilla to inhibit growth of uterine fibroid. (3) With Buchu for cystitis. (4) With Oats and Goldenseal for renal exhaustion. “Combines well with Hydrangea for non-malignant prostatitis.” (F. Fletcher Hyde) Arteriosclerosis. (Dr Max Rombi)

Preparations: Horsetail has a heavy mineral content (silica, selenium and zinc) therefore treatment is best staggered so as to avoid kidney strain – one month, followed by one week’s break. Average dose: 1 to 4 grams; thrice daily.

Tea: half-1 teaspoon to cup water; bring to boil; simmer 5 minutes; infuse 30 minutes. Dose: half-1 cup, cold.

Liquid extract BHC Vol 1. 1:1 in 25 per cent ethanol. Dose: 1-4ml (15-60 drops).

Home tincture: 1 part herb to 5 parts 25 per cent alcohol (gin, Vodka, etc). Steep 14 days, shake daily. Dose: 2-5ml (30-75 drops) in water.

Poultice: “Place double handful herb in a sieve and place over a pot of boiling water (double boiler, etc). The soft hot herbs are placed between a piece of linen and applied to ulcer, adenoma, cyst or tumour.” (Maria Treben)

Bath. 9oz leaves: bring to boil in 1 gallon water. Simmer 5 minutes; strain. Add to bath water.

Enema: 1 pint weak tea for infants with kidney disorders. ... horsetail

Onion

Allium cepa. The domestic onion. Held in high esteem by Galen and Hippocrates. Part used: bulb.

Constituents: flavonoids, volatile oil, allicin, vitamins, sterols, phenolic acids.

Action: hypoglycaemic, antibiotic, anticoagulant, expectorant, hypotensive, antibacterial, antisclerotic, anti-inflammatory, diuretic. Shares some of the properties of Garlic. Mild bacterical (fresh juice). Promotes bile flow, reduces blood sugar, stimulates the heart, coronary flow and systolic pressure.

Uses: Oedema, mild dropsy, high blood pressure. Inclusion in daily diet for those at risk from heart attack or stroke through low HDLs (high-density lipoprotein) levels.

“An Onion a day keeps arteriosclerosis at bay.” (Dr Victor Gurewich, Professor of Medicine, Tuft’s University, Boston, USA)

Onions clear arteries of fat which impedes blood flow. Of value for sour belching, cystitis, chilblains, insect bites, freckles. Two or three drops juice into the auditory meatus for earache and partial deafness. Burns and scalds (bruised raw Onion). Claimed that juice rubbed into the scalp arrests falling hair.

“I have observed that families using Onions freely as an article of diet have escaped epidemic diseases, although their neighbours might be having scarlet fever, etc. I believe Onions are reliable prophylactics. I have prevented the spread of contagious disease in the same household by their timely use.” (Dr L. Covert)

The traditional roasted Onion is still used as a poultice for softening hard tumours and pains of acute gout.

Preparations: Decoction. Water in which Onions are boiled is a powerful diuretic and may also be used for above disorders.

Home tincture. Macerate Onions for 8 days in Holland’s gin, shake daily; strain, bottle. 2-3 teaspoons in water, thrice daily for oedema, dropsy or gravel.

Note: A research team at the National Cancer Institute, China, has shown that the Onion family (Chives, Onions, Leeks and Garlic) can significantly reduce the risk of stomach cancer. ... onion

Fats And Oils

Nutrients that provide the body with its most concentrated form of energy. Fats, which are also called lipids, are compounds containing chains of carbon and hydrogen with very little oxygen. Chemically, fats consist mostly of fatty acids combined with glycerol. They are divided into 2 main groups, saturated and unsaturated, depending on the proportion of hydrogen atoms. If the fatty acids contain the maximum possible quantity of hydrogen, the fats are saturated. If some sites on the carbon chain are unoccupied by hydrogen, they are unsaturated; when many sites are vacant, they are polyunsaturated. Monounsaturated fats are unsaturated fats with only one site that could take an extra hydrogen. Animal fats, such as those in meat and dairy products, are largely saturated, whereas vegetable fats tend to be unsaturated.

Fats are usually solid at room temperature; oils are liquid. The amount and types of fat in the diet have important implications for health. A diet containing a large amount of fat, particularly saturated fat, is linked to an increased risk of atherosclerosis and subsequent heart disease and stroke.

Some dietary fats, mainly triglycerides (combinations of glycerol and 3 fatty acids), are sources of the fat-soluble vitamins A, D, E, and K and of essential fatty acids. Triglycerides are the main form of fat stored in the body. These stores act as an energy reserve and also provide insulation and a protective layer for delicate organs. Phospholipids are structural fats found in cell membranes. Sterols, such as cholesterol, are found in animal and plant tissues; they have a variety of functions, often being converted into hormones or vitamins.

Dietary fats are first emulsified by bile salts before being broken down by lipase, a pancreatic enzyme. They are absorbed via the lymphatic system before entering the bloodstream.Lipids are carried in the blood bound to protein; in this state they are known as lipoproteins. There are 4 classes of lipoprotein: very low-density lipoproteins (VLDLs), low-density lipoproteins (LDLs), high-density lipoproteins (HDLs), and chylomicrons. LDLs and VLDLs contain large amounts of cholesterol, which they carry through the bloodstream and deposit in tissues. HDLs pick up cholesterol and carry it back to the liver for processing and excretion. High levels of LDLs are associated with atherosclerosis, whereas HDLs have a protective effect. (See also nutrition.)... fats and oils




Recent Searches